Look to the West Volume IX: The Electric Circus

How does the English-speaking world in this TL perceive the Anglo-Saxons/Norman invasion? I feel like the historiography on it would be distorted for political ends really powerfully.

I was reading parts of Mitchell Heisman's suicide note to do with Anglo-Saxons and Normans, and Heisman's thesis on this topic is that the entire culture of the English-speaking world (its class system, its political values, its openness to assimilation of other groups and the fuzziness of its identity, the patterns in its political history) are a product of Norman subjugation. In Heisman's view, the English class system is a product of the Norman invasion and occupation, meaning Marx misidentified what is basically a concealed racial caste system as something else while in England and projected it into the rest of Europe. He says that the development of egalitarian liberal-democratic values by the Anglo-Saxon world was the result of sublimated ethnic resentment between the occupied Anglo-Saxons (whose in-group had lost its integrity to such an extent due to ethnic trauma that they couldn't rebel the normal way anymore) and their nobility (descended from Norman occupiers), and that "exportation" of liberalism to France was a kind of "revenge" that resulted in the French revolution (which was, in a sense, the Gauls rising up against the Franks, and the feudal rights which those barbarian occupiers had given themselves over the locals after the fall of the Roman Empire). He even goes as far as to make the bold claim that "1066 saved the English-speaking world from German Nazism". He then uses Nietzsche and a bunch of other philosophers to come to a peculiar conclusion about the future of humanity , which he in turn uses as justification for topping himself.

Given that a lot of the authors he quotes are from the 18th century or even earlier, that even the USA was founded with a strong awareness of the "Norman Yoke" in mind, and even in the English civil war there were some particularly radical groups using 1066 as a justification for their particular legal theories and political aims, I feel like that in LTTW a really radical perspective on the normal conquest and its effects on Anglo-Saxon culture being espoused by some people would definitely be possible. Especially since in LTTW the justifications for a lot of world conflict have been ethno-cultural differences, to the point of there being organised riots on points of historical controversy and such.

I might have missed a part of the TL discussing it, but does anyone in LTTW really, seriously detest the Norman yoke? Could something like "Anglish" be taken seriously in LTTW as opposed to being a fun joke like in IRL, along with other kinds of Anglo-Saxon cultural purism? Is class conflict in the English-speaking world seen as ethnic in any way?
 
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Part #310: Dusk of Lilies, Dawn of Rainbows

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- Political poster seen on Foxbury Street, Fredericksburg, ENA.
Photographed and transcribed by Sgt Bob Mumby, December 2020

*

(Dr Wostyn’s note)

After those…unfortunate interludes, I can now present my opus, without false modesty. Yes, it is a transcript scrapbook of others’ words, but as we have not been fortunate enough to find a single lecture that captures the entire narrative of this vital historical process, I have been forced to combine extracts from multiple lectures. These include two, or three I suppose, speakers we have already heard from, as well as a new lecture on women in politics. I hope the narrative flows without disjointed transitions and my work is appreciated. Now read on…

*

Extract from recorded lecture “A Century of Cytherean Progress” by Dx Jane Lacklin, recorded November 22nd, 2020—

As I’ve said, there have been many names in the history of just the nineteenth and early twentieth centuries that every little girl – and boy – should know, the women who blazed the trail for us today. As well as the countless anonymous workers and strivers behind them, of course. I’ve talked about Lydia Taft, Liberty Grey, LG Manders, Dame Eleanor Cross, just from our own fair shores. Elsewhere, Lady Rachel Russell, Horatie Bonaparte, Emilia Mendoza, Archqueen Henrietta Eugenie,[1] from a handful of other countries. I could speak of others in China, or those whose fight was much longer and harder in Germany or Italy, those who never realised their dreams in the old UPSA before the fall.

But there is one name that everyone knows. Even a child who knows almost nothing else about France will recognise the name of Madame Héloïse Mercier, née Rouvier. (A little applause) Madame Mercier would have been a great trailblazer for Cythereanism even if her career had ‘only’ reached the heights of serving as Controller-General or Foreign Ministress. But she did far more than that. She was an elected female head of government in an age when that was unthinkable in most nations. Nor was she notable only because of her gender, because she shepherded France through a period of peril and change unlike any other. And, of course, she was instrumental in building the world order that we take for granted today.

Let’s not get ahead of ourselves, though, but start at the beginning. Héloïse Rouvier was born in 1868, two years later than her longtime nemesis Tsar Paul of Russia, whom she would long outlive. She was born into a political family, albeit not a major one, aligned to the National Party or ‘Verts’ who, at the time, were the major party on the doradist end of French politics. When Héloïse was growing up, the Verts were also the dominant party in the Grand-Parlement. The last government by their rival Diamantine or ‘Rouge’ party had ended in 1878, when she was ten. While she was studying for her university degree – another recent innovation for women in France – and helping her parents campaign, the Verts governed France under Prime Minister Jean Charpentier and then Charles de Saboulin.

Growing up, Héloïse’s political heroine and icon was Horatie Bonaparte, daughter of Napoleon Bonaparte – or Leo Bone as we often call him – and mother of a son named in his honour, Napoleon Leclerc, who was already a rising figure in the Verts. Horatie, as we’ve discussed, had been a great force fighting for Cytherean rights in France, and had been elected as a femme de robe to the Paris Parlement-Provincial, the highest office for which women could stand at the time (1870). Recognising this inspiration, Héloïse’s father Gabriel envisaged his daughter directly following in Horatie’s footsteps to become a femme de robe herself, but Héloïse had loftier ambitions. In 1891, de Saboulin’s government passed legislation that allowed women to be elected to the Grand-Parlement for the first time, as well as expanding the very limited female suffrage that had formerly existed.

The first woman elected to the Grand-Parlement was Fabienne de Gontaut in a by-election in 1892, followed by six more – five Verts and one Rouge – at the 1893 general election. Héloïse missed out then, being rejected for her youth, but then had an unexpected turn of luck when Rouge parlementaire Thierry Anciaux resigned only months later. Anciaux’s circonscription (we would say constituency) was the small city of Sens, Champagne Province.[2] Few among the Verts thought the seat was winnable, as Anciaux had run a strong Rouge electoral machine there and de Sabolin’s government had just passed some unpopular tax laws. There was thus little appetite for prospective candidates to try for the race, leaving it open to the ambitious Héloïse.

Héloïse only had any campaign resources at all because of her parents’ influence, with the party organisation in Champagne Province seeing it as a lost cause. She was dismissed by Anciaux’s presumed Rouge successor, Pierre Lespiau, as ‘une jolie petite fille dans la robe de sa grand-mère’, referring to Héloïse’s practice of wearing the now-outdated ballon juppe dress in honour of Horatie Bonaparte.[3] She retaliated by a broadsheet campaign using the slogan ‘Sens ou Non-sens?’ in which she attacked Lespiau’s lack of local connections and accused his policy positions of being against the economic interests of the people of Sens.

But it was not by a mere clever slogan, or by family connections, that Héloïse succeeded, but hard work, patience, leadership, and refusal to give up. She had luck and good fortune on her side, yes, when it began to emerge that Anciaux had not retired for health reasons, as he had implied, but to escape prosecution before an embezzlement scandal emerged. But that would not have been enough for the Verts to win the seat, if they had not already had a campaign infrastructure and fired-up volunteers in place to take advantage of the sudden, unexpected Rouge weakness. In the end, Héloïse was elected in a shock upset, at the age of just twenty-five. She had won over the people of Sens, and would continue to receive their support for the remainder of her long political career, despite party changes along the way. Remember that only one woman in five had the vote at the time, too, so she had been elected off the back of winning support from more male voters than female.

Three years later, the Pandoric War broke out. We are privileged that Héloïse was an inveterate diarist, and captured a record of her impressions throughout much of a chaotic century. Those diaries have now been released in an – almost – unexpurgated form. Of course, she has also exposed herself unintentionally to ridicule by doing so, by preserving the same misconceptions and poor predictions which we all make, recognisable only in hindsight. Her first impressions of her future husband were negative – of course they were, he was a senior figure in the opposing party, and would soon rise to lead it! Who could have truly predicted how the Pandoric War would have gone in those early days of madness? Let us not get sidetracked by such nonsense.

As you’ll be aware, France adopted a policy of armed neutrality during the war. Prime Minister Leclerc brought the opposition Rouges into a coalition government and appointed their aforementioned leader, Robert Mercier, as Foreign Minister. Héloïse, who had proved herself with tireless work on parliamentary committees, was effectively appointed as his deputy to keep an eye on him for Leclerc. When Mercier fell ill during the ‘Peace Flu’ at the end of the war, Héloïse had to negotiate directly with then-Tsarevich Paul, and the two became nemeses thereafter – though Paul seemed to think about Héloïse much more than the reverse. Héloïse also had to negotiate with the equally misogynistic Lodewijk de Spoelberch of Belgium.[4] She held her own and proved herself, and for that reason alone, became a target of jealousy and innuendo by men of lesser vision – and a few women. Invented rumours of an affair between her and Mercier circulated, and worse.

After the war, the coalition government broke and Prime Minister Leclerc needed a new Foreign Minister. Héloïse had impressed him enough that he wanted to promote her to the office, whose duties she had effectively already carried out when Mercier was indisposed. But prejudice and pressure led Leclerc to appoint Philippe Soisson instead, a lesser man whose tenure led, in part, to the failure of the IEF, which could have strangled Societism in its cradle.[5] Angered and distressed by the lack of support from her party, Héloïse semi-retired from politics, crossed the floor to the Diamantines and began a relationship with Robert Mercier. Some have said she did so out of spite alone, but that, again, represents the words of her envious rivals. Sens re-elected her despite her party switch and marriage – at the time, it was considered an unspoken rule that while women could have jobs, married women were expected to terminate their careers to focus on their families.

Robert Mercier was a successful Prime Minister, but also prone to repeated bouts of illness, and – once again – Héloïse would often informally deputise for him. It was a similar arrangement, in some ways, to what we’d later see here in the Empire with Lilian Marley. Héloïse was certainly part of the ‘Mercier Mitigation’ policy that helped shore up French finances in the aftermath of the Panic of 1917, but also ended up hurting Pérousie and Bisnaga. She always retained some popularity in Pérousie, though, because she accompanied King Charles XI on a visit there in 1908 and made an impression the Pérousien people, inspiring women there to fight for representation too. Along with her husband, she had been instrumental in pushing through the 1914 settlement that gave representation to Pérousie in the Grand-Parlement.[6]

When Robert finally passed away in 1918, leaving Héloïse a widow with two children, Renée and Valéry, the King was so impressed by her that he encouraged the Diamantines to make her the first Prime Ministress then and there. However, aside from prejudice because of her gender, the Diamantine caucus was also rather suspicious of her as a former Vert who still remained on the doradist end of the new party. Instead, Camille Rouillard became Prime Minister, but Héloïse did rise to become the first female Controller-General. It is remarkable that this is technically the first ministerial office she officially held – everything prior to it had been informal deputising!

The Verts returned to power under Cazeneuve in 1920. When the first phase of the Black Twenties conflict broke out in 1922, Cazeneuve approached Héloïse in opposition and asked her to be his Foreign Ministress as part of a war coalition. Héloïse saw it as a potentially poisoned chalice, knowing that Rouillard and Vincent Pichereau would not follow her and it would split the Diamantines. She would also be painted as a serial traitor. However, both a desire to do the right thing and an ambition to finally be recognised for her work at the Tuilleries inspired her to agree.[7] By doing so, she inadvertently set the first pebbles of the avalanche in motion that would lead to the destruction of a French party system that had endured for more than seven decades.

At the end of the war in Europe, that party system crumbled. Politics in France had become defined by one’s support or opposition to the continuation of the war in the midst of the plague pandemic, with formerly defining economic questions falling by the wayside. Héloïse was effectively the leader of the pro-war Rouge faction in coalition with Cazeneuve’s dwindling pro-war Vert faction, while on the opposite side, Vincent Pichereau of the anti-war Rouges now plotted to team up with Roger Marin’s anti-war Verts.[8] Both sides adopted a coupon election strategy in which selected candidates would be endorsed on the basis of their war positioning, regardless of their pre-war party membership. With Cazeneuve caught offguard – and this being presented by Héloïse’s enemies as another example of her alleged ‘serial backstabbing’ – French politics would now be dominated by the division between the pro-war Saphirs, as they became known, and the anti-war Rubis. This would become an ancestral distinction important long after the war itself retreated into memory.

When you read about this in history books, the writers often act as though the parties had just transformed overnight. That’s not the case. Both sides were still extremely loose alliances of people who had been in bitterly-opposed, mutually incompatible factions before the war. Héloïse was a good manager of her party, especially with help from her right-hand man Alain Orliac, but both she and Pichereau could not rely on a solid majority in the way that the pre-war parties had. A government in a seemingly-comfortable position could unexpectedly fall when certain factions withdrew their support over a crucial bill without warning. It is important to understand this when seeing how volatile and unstable French politics were in the Electric Circus era, with governments rarely lasting a full term before fresh elections were called.

Pichereau managed to lead a Rubis government from 1926 to 1929, at which point it collapsed and Héloïse was swept to power – helped, according to some, by a certain Cytherean incident at the Paris Technological Expo just before the election. France’s first female Controller-General, her first Foreign Ministress, had now become her first Prime Ministress. It was an extraordinary rise. Some say Héloïse is not a good role model for girls because she came from a privileged family with political connections. But that is, as she might say, Non-sens. Yes, those advantages helped give her a shot at the Grand-Parlement, but everything else was her own work. She certainly faced more opposition than a male politician from a poor background in this era would have. Her success and popularity survived multiple occasions of burning bridges with her original party and all the connections it brought. Nor was her rise meteoric; it required years of patient hard work, and being unrecognised for much of it, before she reached the highest elected office in the land. At the age of sixty-one, she was the first elected female head of government of a major country in the history of the world.

Nor was her first term in power an easy one. Héloïse inherited a growing crisis in both Pérousie and Bisnaga…

*

(Dr Wostyn’s note)

After that introduction, I will avoid repeating sections covering events in those countries during Madame Mercier’s first term, and instead quote the parts describing what followed on from the end of that term.

*

Extract from recorded lecture “Revolt and Ramification” by Dr Adrian Radley, recorded November 24th, 2020—

…before I go on, I should try to give a fair hearing to Loïc Caouissin. In France, and certainly in Bisnaga and Pérousie, he is popularly known simply as ‘the man who lost the Empire’. It is inarguably true that his policies, at the very least, hastened the split between France and her erstwhile colonies. Nonetheless, M. Caouissin has seen some attempts to rehabilitate his legacy of late. There are a number of comparisons to be made to our own President Faulkner. (Audience murmurs)

Caouissin was a member of the Breton minority within France, born outside the city of Nantes. Although the region has been politically stereotyped as being on the ultra doradist end due to the number of politicians who run on its Chouan loyalist history during the Jacobin Wars, there are also plenty of cobrist Bretons, and Caoussin had been a moderate Diamantine. He was born in 1874 and served in the IEF as a medic, coming from a medical family – his father and brother were both qualified doctors and his sister was a leading nurse. After the intervention in South America was over, Caouissin studied economics at the University of Bordeaux, then worked for Caisse Française before deciding to enter politics in the aftermath of the Panic of 1917.[9] Ironically, he was partly inspired to do so due to being impressed by the ‘Mercier Mitigation’ policies of Robert and Héloïse Mercier, and feeling the Diamantine Party needed economically literate voices to defend those decisions against populist attacks. Of course, the primary disadvantage of the Mitigation had been that it had allowed the hammer to fall on Bisnaga and Pérousie rather than France herself, and Caouissin’s approval hinted at his own legislative priorities.

Like many doctor’s sons, Caouissin was morally opposed to war, and his experiences in South America had only sharpened that resolve. In the Grand-Parlement, he found himself opposing Héloïse Mercier when she joined Cazeneuve’s war government. Caouissin became a prominent speaker during the Black Twenties, arguing that it was inhumane to continue war while the plague was ravaging Europe. He faced many attacks, verbal and occasionally physical, for supposedly being a crypto-Societist as a consequence. But he also volunteered to help with the plague-fighting efforts, efforts which would rob his brother Arnaud of his life, like those of so many doctors and nurses who put their own safety on the line to save others.

As the end of the war loomed, Caouissin worked with Vincent Pichereau to forge the new Rubis alliance with Roger Marin. He served as Controller-General in Pichereau’s post-war Rubis cabinet from 1926 to 1929. When Pichereau lost power, most expected Marin to be his successor as party leader, but Caouissin was able to outmanoeuvre him and secure more support from the diverse, chaotic party caucus. During his time in opposition, Caouissin became noted for a critical style of holding the government to account, often praising the intentions and efforts of Madame Mercier and her government whilst critiquing the details. Le Courrier Français famously described his approach as ‘cold, precise, examining, like a coroner pronouncing a policy deceased’.[10]

That sums up both Caouissin’s advantages and problems as a politician. His intelligence and knowledge were obvious and widely respected, with most opposing ministers dreading to go up against his cross-examination. But he could also seem cold, emotionless, unfeeling, despite all his compassion during the plague years. Marin disparagingly nicknamed him ‘Le docteur anglais’.

Madame Mercier had won the election of 1929 and, after her shaky majority fell, secured a slightly stronger minority position in 1933. However, the volatile nature of French parties at the time meant that this would not last. Late in 1934, her government fell and Caouissin was able to weld together his own coalition, then secure a narrow majority at the 1935 snap election. Mercier stepped down as leader of the Saphirs, but would return in 1937 when her successor, Jérôme Mesnard, found himself unable to hold the fractious caucus together.

Even without a divided party and the bitter Marin sulking on the backbenches, Caouissin would have had a troubled portfolio. Shortly after the 1935 general election, King Charles XI passed away and was succeeded by his son as Henri V, a regnal name that had not been used since the seventeenth century. The erstwhile Dauphin, whose more than adequate supply of middle names would have allowed him to be the more conventional Charles XII or Louis XIX if he had preferred, was sending a message. The 1930s were a time of change, new ideas, new technology. Henri had been good friends with Prince Francesco, Duke of Venice, who at the time was mostly known as a wastrel adventurer grandson of the exiled and deposed King Paolo of Sicily.[11] He had made his name in the 1920s, while the rest of the world was consumed with the Black Twenties, by exploring unsearched regions of the Pérousien Arrière-pays, and had become a popular legend in Pérousien society with both rich and poor.

So one of Caouissin’s first headaches was organising a coronation for King Henri. All sorts of controversies erupted to cast a stain on Caouissin’s overseas policies; until the King himself intervened, there would have been no recognition of Pérousie or Bisnaga in the ancient ceremony. An asimcon of Caouissin looking uncomfortable next to a Pérousien Indien tribal leader holding a spear, about to pledge allegiance to the King, was widely circulated in the Pérousien press. Caouissin also allegedly described Bisnagi banners there as ‘garish’ or ‘savage’; researchers have since found that the comments were made by one of the footmen there and misattributed to the Prime Minister. However, the fact that he found himself unable to separate himself from the accusations illustrate that Caouissin’s genius for economics did not extend to the vital skill of managing the media.

And genius he certainly was. Today, revisionist historians in France claim that Caouissin’s profound reforms to France’s tax code and state are largely responsible for its continuing reputation for economic strength to this day. Many of the economic good times of Mercier’s two premierships, they argue, are actually the fruit of policies passed by Caouissin, first as Controller-General under Pichereau and then as Prime Minister himself. While Mercier had already liberalised the voting franchise, it was Caouissin who finally made French suffrage fully universal and equal for the Grand-Parlement. He created the Crown Insurance (Assurance de la Coronne) scheme which underwrote pensions and basic free health insurance for French subjects, and formed the basis of more comprehensive institutions later.[12] Of course, England had had similar institutions for decades (lending fuel to Marin’s portrayal of Caouissin as an Englishman) but unlike England, France had a stable and widely trusted economy that could be trusted to underwrite the scheme. By contrast, Scotland, with a smaller and less stable economy than England, had already scaled back the national insurance scheme it had inherited from the People’s Kingdom, after several pension funds collapsed during the Panic of 1917. Hence all those ratiocinic stories from the 1930s and 40s involving plots where Scots try to cross the River Tweed to access English hospitals…but I’m getting off-topic.

I mentioned that Caouissin is sometimes compared to President Faulkner, and yes, some say he took inspiration from Social Americanism. (Murmurs). But though he focused much of his attention on building the foundations of what would become the modern welfare state, he has received remarkably little credit for it, until recently. No, all we know about Caouissin is that he lost the Empire. And he lost it mainly because he was not interested in it. Again, we could make comparisons to Faulkner.

A lot of the abuses and mistakes that are laid at Caouissin’s door are really an indirect result of him relying on inadequate and brutal men to cover the colonial portfolios. Remember, he was horse-trading between many factions of his fractious party, and when his own priorities were domestic, why not throw his party-balancing political sinecures at the colonial offices? While Caouissin focused on balancing France’s national debt – very ably, I might add – he was putting former Noir Party Linnaeans in charge of administering mostly non-white, mostly non-Christian Bisnaga, or having stuffy aristocratic ultraroyalistes be the ones whom Pérousien campaigners had to talk to. It is small wonder that those two countries, their patience with France already deteriorating, now began to build towards open revolt…

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Extract from recorded lecture on “Pérousie: Your Distant Next-Door Neighbour” by Dr Raoul Rouqet and Olivia Hughes, recorded November 8th, 2020—

In the mid-1930s, few among the casinos of Jersey and Pampelune would have given you good odds for a bet that a crisis was coming with Pérousie – and Bisnaga. Madame Mercier had been unable to come up with a permanent settlement, and now she had been replaced by that idiot Caouissin, who cared not for events beyond the borders of his balancesheet. Conflict seemed inevitable. And, perhaps, it was, but few could have foreseen the three triggers, the events that together ignited what became known as the Crise de ’37.

Firstly: the one closest to home for you Americans. As you know – hopefully (Audience chuckles) – during and after the Pandoric War, the exilic Irish people living in what were then the Mexican provinces of Nueva Irland, formerly Norte Nuevo Santander, and Tejas y Luisiana, were encouraged to break away and fight for the ENA in return for independence. The ENA government kept their promise – it does happen occasionally (Audience laughter) – and the independent Kingdom of Nueva Irlanda, or New Ireland, was created. At first it was in personal union with the Empire, but later switched to being in personal union with old Ireland. The Irish abroad could finally travel freely home, to find that the ‘Auld Sod’ was not always what they had expected. Perhaps more importantly, the old Irish discovered the joys of cheap holidays to sun, sea and sand, and promptly got badly sunburnt. (Audience murmurs of agreement)

The unforeseen problem at the time was that, while the old province of Nueva Irlanda had had most of the Irish-descended people of Mexico, a substantial minority were in Tejas y Luisiana. But the majority of the people there were Canadiens, or Canajuns as you call them, descendants of the people expelled or…‘encouraged’ to leave Quebec, Cubwick as you call it, after the Wars of Supremacy.[13] Some American politicians wanted to annex these lands to the Empire, but in the end, as one of the compromises at the peace table, they ended up being appended to the independence Kingdom of Nueva Irlanda. This left Nouvelle-Orléans as a separated part of Westernesse, and soon the problems of trying to include Nouvelle-Orléans in Westernesse and Imperial politics – though they would eventually be resolved after the Black Twenties – discouraged further attempts from taking these lands for the Empire.

In the early years after the Pandoric War, the large Canajun minority in the new, expanded Nueva Irlanda were largely content. They had allied with the New Irish in the past against what they saw as Mexican government tyranny. They were both Catholic peoples and had most feared being ruled by Protestant-supremacist Americans, as well as including some black and Tortolian blood which could potentially run afoul of the American prejudices of the day. Nueva Irlanda seemed a pluralistic state in which both Canajun and New Irish could live in harmony. Then came the War of Tongues, as it was known.

Nueva Irlanda’s lingua franca had always been Spanish, the language of Mexico, New Spain, and the Hermandad. When the New Irish had arrived, they had come speaking English or Gaelic, but had largely forgotten both, especially the latter. The Canajuns continued speaking French…their form of French within their community, but conducted outward-facing business in Spanish.

In 1936, a new government was elected in the capital of Laredo, led by Patrick O’Flaherty Hernández. Hernández felt that Nueva Irlanda needed a new, forward-looking identity to seize the opportunities of the future, and not simply being subsumed beneath the economic giant of the ENA within the Philadelphia Bloc. Though he had grown up in a Spanish-speaking family, he found that Spanish was an increasingly less relevant language on the world stage when conducting business. The Societists were busy trying to eradicate it within the territory they controlled, which coincided with most of the areas in which Spanish had ever been spoken. Only Mexico, Guatemala and a few other nations remained free, and were a global irrelevance compared to other powers like the ENA, France or Russia. Hernández argued that in order to be able to compete globally, Nueva Irlanda needed to adopt English as its lingua franca, which would also bring it into line with old Ireland.[14] In other words, from now on all schools would teach primarily or exclusively in English.

This was received with little controversy among the New Irish, who had had sufficient contact with the old Irish by now not to associate English with the English people or the ENA, especially as Hernández intended to use an official version of English that at least paid lip service to the unique dialects and usagees within old Ireland. However, it was seen as an existential threat by the Canajuns and radicalised them into high-level protest and a violent campaign of terrorism led by future political leader René Perrault. Shocked by the response, Hernández called on help from the ENA to subdue the uprising, which led to outrage in turn among the people of France. Opposition leader Jérôme Mesnard called upon the government to invoke the Malraux Doctrine and fight for French-speakers under foreign oppression. Open conflict between those erstwhile allies of the Black Twenties, France and the ENA, seemed possible. (Audience murmurs)

The second trigger of La Crise came in Poland. The old Duc de Berry, who had led France as Dictateur during the Black Twenties, had been installed as King Louis II of Greater Poland after the war. In 1937 he passed away unexpectedly, leading to a diplomatic crisis. Succession to the throne was electoral, and even though the French had the Election Sejm in their pocket, they still needed to provide a credible candidate. Berry’s own son was not interested and was considered unsuitable. Caouissin’s government scrabbled around desperately trying to dig up a Polish king, and they were fortunate that the Russians were too busy blaming each other after the Pendzhab debacle to take advantage of the situation. After King Henri suggested his friend the Duke of Venice, and was quietly told non (Audience laughter) the Election Sejm was eventually persuaded to pick the Duc de Broglie, who you may remember as France’s ambassador here in Fredericksburg during the Black Twenties, and he became King Victor.

The third trigger was perhaps the biggest and most significant. None of the ones I’ve mentioned so far came in Pérousie, or Bisnaga. And, technically, nor was this. The third trigger was the Mauré War of Independence.

Now I am a Pérousien and I would not claim to speak for our Mauré brethren. So I will not discuss this conflict in detail. Of course, on paper Autiaraux was already independent; but since the Pandoric War, the nation had become a subordinate vassal of France for protection against Russia, fearful of revenge for Wehihimana’s attack on Gavaji. As I said, I won’t go into detail about the economic and other factors that provoked resentment among the Mauré people and united their fractious iwis into a coherent response. Suffice to say that they did, expelling French residents and troops, cutting Lectel lines, defying orders from Paris.

Caouissin’s response – or I should say, his government’s response – was to send in the fleet. The fleet in question was commanded by Admiral François Guibal. He was the younger brother of Alain Guibal, a politician, who had served as Controller-General under Cazeneuve.[15] Guibal had fought in the Pacific in the Black Twenties and had served under that fool Chambord, so he was well aware of how we Pérousiens might react to a new French fleet in our back yard.

What made it such a crisis, in French eyes, was that opposition forces were now working together. Striking workers and revolting sepoys in Bisnaga teamed up with the Wodeyars and other aristocracy there, and secretly sabotaged elements of the fleet when it refuelled and rearmed in Bisnagi ports. The same happened with our own workers in Pérousie, and French sailors on shore leave…well, let’s not get into that. Guibal took on board some Pérousien troops to subdue the Mauré uprising. I must be quite frank and say that there have often been…tensions between we Pérousiens and the Mauré, and there had been race riots in Mauréville when news of the rebellion arrived. I am not proud of that. I say it only to explain why, despite the fact that most Pérousiens increasingly hated the idea of a French fleet visiting, Guibal nonetheless got plenty of troops ready to kill Mauré rebels.

To be honest, though, all that sabotage was more symbolic than anything. Guibal was a good commander with good captains under him, capable of managing problems, and by the time his flagship – the ill-named Amiral Chambord – reached Autiaraux, most of those sabotages had been found and undone. What happened at Waitemata Bay was not thanks to the work of those saboteurs, brave and principled though it was to show solidarity with the Mauré, but thanks to the decisions made by one man. Guibal is a complex figure, but at the end of the day, he was a good man who believed in French honour, and there were lines he would not cross...

*

Extract from recorded lecture “Revolt and Ramification” by Dr Adrian Radley, recorded November 24th, 2020—

“Admiral Guibal’s Non”, as it became known, has entered the founding mythos of both Bisnaga and Pérousie, and arguably marks the beginnings of modern France as well. I shouldn’t need to describe it to you, as it’s been depicted in film many times – albeit often with a slant on how it is presented, of course. Diversitarian interpretations aside, I wince at how the 1978 version of L’Affrontement portrays the Mauré fleet lining the bay as being composed of old armourclads with sailing masts! The Mauré were certainly at a profound disadvantage, but their ships were 1890s post-Liaodong coal-fired sub-lionhearts and protected frigates, many of them sold to them by the Siamese when they had updated their own fleet after the Pandoric War.[16] They were certainly not helpless lambs to the slaughter, and the world had already seen what even outnumbered and outgunned Mauré could achieve when Wehihimana took Gavaji from the Russians.

But I will avoid nitpicking. Guibal defied his orders from Caouissin, or rather, Caouissin’s rather brutal and unreconstructed war minister, Olivier Fiquet, and refused to open fire on the Mauré fleet protecting the capital of Tetaitocquerau [Auckland]. Pérousien troops had already been landed on the peninsula, and a pernicious rumour spread that Guibal had abandoned them there to the mercies of the Mauré – keen to take revenge, doubtless, for the race riots directed at their compatriots in Pérousie. In fact, Guibal had retrieved the Pérousien troops under cover of darkness, but the secrecy of the operation meant that, as they say, a lie can run around the world before the truth can get its boots on.

It is important to distinguish between specific incidents and the broad tides of history. Bisnaga and Pérousie did not seek to break away from France because of the Crisis of 1937. It merely brought to a head the resentment that had been boiling beneath the surface for years, growing more organised and united. Various disparate groups were being brought together, both in Pérousie and especially in Bisnaga. A little earlier, in 1936, what became known to history as the Concert of Bangalore united travailliste – sorry, ‘worker-ist’ – lower-caste movements, discontented aristocrats, sepoys, Hindus, Muslims, Christians, even a number of Métis, or Franco-Bisnagis as they are known today. Figures from Maharajah Chamaraja Wodeyar XII, to Thomas Mathieu, to Haider Arshad and Ram Mahesh, now stood shoulder to shoulder. A fresh rolling wave of strikes had already begun to cripple Bisnaga before Guibal’s fleet called in for supplies and received a rude awakening. Governor-General de Fontenoy and the FEIC, through their pocket sympathetic parlementaires in Paris, clamoured for a resolution. Pérousien-recruited police and militia switched sides to join the Concert themselves.

In another era, especially in a less chaotic political landscape, perhaps there might have been a climate in Paris whereby a Prime Minister could rally the people’s anger to subdue these upstart colonies by force. Some certainly tried...

*

Extract from recorded lecture “A Century of Cytherean Progress” by Dx Jane Lacklin, recorded November 22nd, 2020—

...as I said, when Héloïse took power for the first time, Pérousie and Bisnaga were already drifting away from the old united French Empire that some crusty old aristocrats and businessmen in the Grand-Parlement dreamed of. Héloïse did what she could to stem the bleeding, but she could not work miracles. And whatever one might say of his domestic achievements, Caouissin had thrown away what progress she had made. Bisnaga and Pérousie were now both, in very different ways, in open revolt against Parisian rule.

Olivier Fiquet resigned his post for failing to subdue the Mauré uprising. There were calls from conservatives to recall Admiral Guibal and subject him to a court-martial. This naturally angered his brother Alain, who shifted from a neutral back-bench position to support Héloïse. Her new coalition became known as ‘Les Deux Alains’ because she had always been supported by Alain Orliac in addition. The aged Admiral Chambord, who had been elected to the Grand-Parlement largely as a sinecure, made an impassioned speech. To his credit, he expressed regret that his actions during the war had poisoned relations with Pérousie, stating that in Opération Quiberon the Pérousiens had ‘fought so bravely that men should compare the Spartans to them, and not the other way around’. He also praised the Mauré, albeit with the rather left-handed compliment that ‘there are no finer warriors in the world, when under French leadership’.

Chambord stated that no man should relish the prospect of war, and that if brother slew brother it would be a heinous shame. But, he said, with a heavy heart, war was necessary to subdue these rebels in Bisnaga, Pérousie and Autiaraux. All three shared historical links to France, the French language and culture, in different ways; and if France allowed them to go their separate way without a fight, she would be called weak, helpless. She would become the target of expansionist powers closer to home, and those countries that lived free because of French protection would no longer feel protected. ‘A brief and bitter war now or a never-ending one later’ was how he summed up his view.

Naturally, the significant number of Pérousien parlementaires in the Grand-Parlement – though some had become abstentionist in protest – reacted violently to Chambord’s words. Héloïse, however, rose and called for calm. She acknowledged Chambord’s war service and that he had not shied away from the costs of war. She made two counter-arguments, which have become known as ‘the Price of Peace’ and ‘the Freedom to Be’.

Firstly, she referred to an itemised economic analysis completed by Alain Guibal, which looked at state revenue from Bisnaga (in particular) measured against the estimated costs of a bloody campaign to subdue the Concert. Héloïse showed that the vast trade wealth of the early years of colonialism in India had tapered off; though Bisnaga had been largely spared the Jihad, the costs of recovering from the Jihad was not the only reason why other colonial powers had begun retreating from India. Even if Bisnaga magically returned to quiescence after only six months of conflict, Héloïse demonstrated, the current economic model showed that it would take the French treasury decades for postwar Bisnagi trade and tax revenues to outweigh the cost of that war. A similar argument applied elsewhere. This argument is less often referred to, but had an important short-term impact, as we’ll see.

Secondly, and more importantly for world history, Héloïse argued for the freedom of nations to choose their own identity and path. Surprisingly, considering this speech’s importance for the genesis of mainstream political Diversitarianism, Héloïse recorded in her diaries that she only came across that term for the first time in 1926, and initially found the Diversitarians of that day rather strange people.[17] However, like many politicians, she had become more and more concerned about Societism, especially after spending much of her first term attempting to shore up the ‘Spanish March’ against the Societist regime growing to the south. The Societists, Héloïse argued, tried to suppress differences for their own ends. In order to fight them, then, nations should embrace diversity and freedom of expression. A land should not simply be regarded as a slice of the French state transplanted to a far corner of the globe, but as a rainbow shard in which French language and culture would merge with other elements to produce something new. So long as Paris tried to declare how Pérousie should think, Pérousie could only ever be an inferior copy of France; but if Pérousie was allowed to embrace its own identity, a new nation was born – and every unique nation was another bullet in the magazine of the global struggle against Societism.

There was more to it than that, of course. At the time, the exchange most publicised was quite different to what has been remembered. The former Noir politician Thierry Vachaud, who had been uncomfortable partners with Héloïse in the Duc de Berry’s war government, stated that unless the unity of the French Empire could be saved, Héloïse’s ‘new nations’ would be ‘no more friendly to France or French interests than Abyssinia or Corea...a newly painted part of the world map, with our historical connections forgotten, all the Frenchmen who lived and died to build those lands wiped from history’. Héloïse retorted that ‘unity through bondage is no unity at all... better fair-weather friends than sworn enemies...if we fight for unity at any cost, as the gentleman advocates,[18] the cost of our treasury, our boys’ lives, our honour and reputation...we will succeed only in creating another UPSA to our Spain. Ask the Spaniards today whether they regret that decision!’

Her words struck home in part because she was drawing attention to the failures of the French to prevent Spain from being taken over by the Societists. The implication was not only that the UPSA had risen in opposition to Spanish colonial rule, but it had eventually fallen to an ideology that now was in the process of destroying Spanish history and culture itself. Héloïse went on to argue that the French crown could not invoke the Malraux Doctrine to argue for the freedom of the Canajuns in New Ireland, whilst simultaneously suppressing Bisnagi culture, enforcing the use of French as a language of administration, and depriving Pérousiens of the freedom to choose their own destiny. Why did the mostly European-descended French-speakers of New Ireland deserve the right to rule themselves – no-one was advocating bringing them back under the rule of Paris – and the Pérousiens, from a similar background, did not?

It would be understating the case to say that not everyone agreed with her, of course. The debate over the Crisis of ’37 split France, not simply in geographical or socio-economic terms, but in a way that divided families and villages against themselves. For decades later, to call someone a trente-septard or “37er” implied that they had been a radicalised firebrand for one side or the other at the time, and that had influenced their politics ever since. The term is even used today, though it no longer literally means someone who had their formative political years at the time, as few of those are still with us.

Nonetheless, Héloïse got her way in part because of her first argument – today almost forgotten – her economic argument, backed up by Guibal’s analysis. Caouissin himself examined Guibal’s work, made a number of changes and corrections, and concluded that Guibal was right. It is important to remember that Caouissin himself had never been too directly involved with colonial matters, merely trusting in the men of little ability that he had thrown in the relevant ministries to shore up the balance of his divided party. Now, the Crisis had made him truly care for the first time, and Héloïse’s economic argument genuinely changed his mind, making him feel that decolonisation was inevitable. Let it be made by choice and not after a bitter, bloody and ultimately futile war.

There was probably no majority for Héloïse’s position in the Grand-Parlement, but by the sitting Prime Minister publicly switching sides, the pro-unity or ‘Chambordiste’ position disintegrated. Caouissin’s government fell and fresh elections were called, with Héloïse returning to power at the head of a still-diverse but more united Saphir party. The election had been seen as a referendum on the future course of France in the world, and the people had endorsed Héloïse’s push for negotiations over bloodily suppressing the revolts. They were also receptive to Alain Orliac’s argument that to try and fail to suppress them would hurt France’s position far worse than Chambord’s warnings about France being seen as weak for giving up.

Chambord was not entirely wrong. Here in the ENA, perceptions of France as a fading power began in part due to Héloïse’s decision to begin negotiating towards decolonisation. Traditional French allies from the Marseilles Protocol and the Bouclier became jittery about French support in the event of future wars, and likely only Russia’s internal paralysis and labour unrest at the time meant that such wars were not immediately realised. Furthermore, once begun, the decolonisation process would be long, harsh, and divisive, with much bitterness on both sides. It would not truly be completed until the 1950s, by which point Héloïse’s time in power was long over.

Nonetheless, there were also unexpected positives to the move. Through happenstance of history, other than the outpost of Arguin, France had never colonised Africa – though many of her allies had. I emphasise that this had never been a deliberate decision. Few now know that France actually possessed Dakar in Guinea before the Third War of Supremacy, or that Resnais had had ambitions of making Algiers French in the 1850s. (Audience reaction) But intentions don’t matter, reality does. France was admired by many African rulers, who had been sending their sons to the University of Paris for years.[19] Now, by choosing of its own free will (sort of) to embrace a policy of decolonisation, particularly in Bisnaga, those Africans – and others in the colonised world – began to see the French government, and Héloïse in particular, as a potential champion. Her rhetoric was an attack not only on colonialism, but also on the foe that the Africans were beginning to see as even deadlier than the European colonial powers.

A few years later would come the Toulon Conference and the beginnings of what many would call mainstream political Diversitarianism...

*

(Dr Wostyn’s note)

There is much more to say about this, of course, but I am afraid I will have to cut it short there – I have just heard that there is an exhibition on Chinese aerospace history in Philadelphia! It is about to end, so I am going to travel there by train (this version of America is far more civilised in some ways). I must apologise for leaving you hanging in this manner, but I am sure that I will obtain some new insights there to bring back for a future session...au revoir.

*

(Capt. MacCauley’s note)

There, I knew that would get rid of him. OK, Bobby, bring in those other transcripts.












[1] Lacklin is being inadvertently anachronistic with the title here – when Henrietta Eugenie was consort of Francis II of Austria, the title was still Empress (ostensibly Holy Roman Empress).

[2] Lacklin is using a typically American way of identifying provinces which would sound unnatural to a French-speaker.

[3] See Part #228 in Volume VI.

[4] See Parts #243 and #250 in Volume VI.

[5] See Part #253 in Volume VII. Note the common mistaken assumption that the purpose of the IEF mission was to stop the Societists, which was never the case.

[6] See Parts #270 and #275 in Volume VII.

[7] See Part #281 in Volume VIII.

[8] See Parts #291 and #297 in Volume VIII. Note that Lacklin is giving a simplified version of events, such as ignoring the Jet/Noir split or the Emerald League distinction.

[9] (La) Caisse Française is the central bank of France. The French in TTL have carried over the stigma of the word ‘bank’ (banque) in their language which it acquired after the failure of John Law’s Mississippi Company and the associated Banque Générale in 1720. In OTL Napoleon successfully cleansed the word of its negative association by establishing a new stable Bank of France in 1800, which endures to this day.

[10] Not the same as the OTL newspaper of that name published between the 1880s and 1910s.

[11] See Part #210 in Volume V. Note that Francesco’s title is just a meaningless claim; Paolo claimed the kingship of Naples or ‘the Three Sicilies’, which had never even controlled Venice.

[12] The use of the word crown here is meant in the sense of state. ‘National’ and ‘State’ adjectives for the centralised insurance are being avoided here because one of them has political partisan connotations and the other evokes Lisieux’s abuses.

[13] See Part #27 in Volume I.

[14] Irish Gaelic is effectively extinct as a living language in Ireland as of the 1930s, aside perhaps from a handful of isolated rural areas, though in a few years there will be attempts at cultural revivals and its use for signage and terminology.

[15] See Part #296 in Volume VIII.

[16] I.e. the Mauré ships, though still outdated for the 1930s, incorporated post-Lionheart protection against Boulin shells as described in Part #220 in Volume V.

[17] See Part #300 in Volume VIII.

[18] Héloïse Mercier is deliberately using the ‘gentleman’ terminology to irritate the performatively egalitarian Vachaud (see Part #296 in Volume VIII).

[19] See Part #293 in Volume VIII.
 
Another fantastic update Thande! It’s neat to see the origins of diversitarianism after so long! Also funny to see how decolonization occurs in this world compared to ours.
 

Thande

Donor
Thanks for the comments everyone.
How does the English-speaking world in this TL perceive the Anglo-Saxons/Norman invasion? I feel like the historiography on it would be distorted for political ends really powerfully.
If you look at Part #274 in Volume VII it gives an idea of historiography in TTL for English history.

The 'Norman Yoke' idea is not exactly mainstream in TTL but it is better known than OTL. 'Anglish' (not called that) is actually alluded to early in the TL because there's more of a francophobic 18th century movement against French usages in English, though (like OTL) it wasn't enough to replace 'lieutenant' with 'steadholder' as some people advocated.
 
311

Thande

Donor
Part #311: Failure to Launch

“DO ULTRATELLURIANS WALK AMONG US?
Learn the Real Facts, Know the Controversy

Professor Paul X. Zoroaster (As Seen On Motoscopy)

November 14th, East Falmouth Social Club, York Street
Part of the ALTERNATIVE Fairfax LectureFest!”


- Home-made advertisement poster seen on Beverley Crescent, Fredericksburg, ENA.
Photographed and transcribed by Sgt Bob Mumby, December 2020

*

(Capt. MacCauley’s note)

Right…it looks like we finally have an opportunity to cover some important matters, like improvements in science, technology, and of course military hardware.

(Sgt Mumby’s note)

They say this was an era of peace. But that’s a relative term, and Eurocentric or whatever you want to call it.

(Capt. MacCauley’s note)

OK…but there were still a lot of developments and theorising in the military sphere. Let’s see how things worked out – while we can. You put together a few different extracts, right?

(Sgt Mumby’s note)

Right. And I don’t feel the need to go on about it…

*

Extract from recorded lecture “The Age of the Steerable” by Jimmy Goodville, recorded November 17th, 2020—

…they say that the Pandoric War killed the steerable. That we have to end there. Well, ladies and gentlemen, if you check your watches, you’ll find that either I’ve misjudged the length of this talk and you get to go home early (Audience chuckles) or ‘they’ are wrong.

We like big, simple stories so we don’t have to hurt our heads thinking about history and progress. Optel replaced the mail courier, Lectel replaced Optel, Photel replaced Lectel, Motoscopy and quisters replaced Lectel. Except you know that’s not how it works. You probably got a letter in the mail this morning. Lectelgrams aren’t common anymore, but they still have holdover purposes. We still listen to Photel, in our mobiles and often at home, too. Technologies do not simply replace each other according to a simplistic succession. The same that’s true of communications is also true of my field, aerospace engineering.

I’ve told you about the heyday of the steerable, between the 1830s and the 1890s. Yes, it became clear in the Pandoric War that steerables had been left behind by a new era of warfare – too slow and vulnerable to newer counterdrome weapons and, of course, dromes themselves. But if steerables were no longer fit for frontline fighting, they still had a role to play in that war and thereafter. War journalists flew about Carolina in steerables dyed purple for neutrality, covering that climactic fight.[1] Before Photel, and with dromes short-range, when Lectel cables were severed steerables could often still be the fastest way to communicate with such cut-off regions. Steerables played an important role in the West Indies and Drakesland fronts for that reason. And that is just speaking of the Empire, of course; in regions with fewer dromes, such as the war in the Cape and the Sino-Siamese front, steerables could remain relevant in scouting and even bombing roles.

It is true to say that, in the First Interbellum, opinion began to turn against steeerables. There were even accusations that they were somehow ‘unsafe’ due to the number of high-profile incidents of them being shot down by the newer, more glamorous dromes. Furthermore, the use of dromes in the Scientific Attack by the Societists had shown their terrifying potential. (Audience reaction). Throughout this era between the Pandoric War and the Black Twenties, aerospace attention typically focused on dromes – aeroscrew dromes, that is, or propeller dromes as they were often called at the time – and not on steerables. Steerables were yesterday’s news, it seemed. Yet, again, there was plenty of fighting in this supposed era of peace, especially with the Societist invasions of the Nusantara, and steerables played a major role in these fields away from the growing drome armadas of the great powers.

Nonetheless, most people in 1922 would see steerables as a fading technology, relegated only to civilian and support uses, increasingly overshadowed by the drome by reputation even in non-military cases. Indeed, war in the the early part of the Black Twenties saw a great emphasis on dromes – whether the aero heroics of famous pilots, or the shock of the bloody Shiraz Massacre. Like the Scientific Attack, it showed what dromes could do in the hands of the truly ruthless. (Murmurs)

But the story of dromes in the Black Twenties is similar to the, perhaps better-known, story of the protgun. After years of fear of the ‘Tsar’s Armart Legions’ and the Russians crossing the Oder, the plague ripped through Europe and brought the front lines to a standstill. Protguns and dromes both require not only skilled pilots, or drivers, and crews, but they also require a well-trained engineering support team behind the scenes. The plague constantly tore holes in this organisation and made it difficult for both the Protocol-Bouclier and Vitebsk Pact forces to assemble enough dromes, or protguns, to achieve a breakthrough. War regressed into mass marches of infantry supported by ruinous artillery, both roles for which replacements could be trained to at least a basic level on a short timescale. Brutally speaking, an army could replace an infantryman, or even an infantry officer, much more easily than it could a trained pilot or engineer with years of experience. (Audience reaction)

In this bleak new era, little noted at the time, the steerable enjoyed something of a revival. Steerables also required trained crews, of course, but there was a substantial pool of older steerable operators who were, generally, not called up for frontline infantry service. Steerables could not only provide support behind the lines, but even sometimes return to their old role of reconnaissance, trusting in the woeful state of the enemy’s drome forces. Even in cases like the War of 1926, where the Societists were able to achieve aero supremacy (Murmurs) their celagii could not be everywhere. Steerables still had their role to play. And, like the Pandoric War, I’m talking about the clashes between the great powers here. In places like Abyssinia, Pendzhab and especially the Matetwa Empire, non-European or -Novamundine powers often had access to steerables that had been sold off by others, and recruited trained crews to fly them. And over the capitals of both types of nations, steerables flew displaying slogans urging men to volunteer, women to work in the factories, and everyone to do their part in changing their behaviour to combat the plague.

After the Black Twenties, then, steerables enjoyed something of a revival. Their time in the frontline military sphere was recognised to be over, once drome forces were reconstituted, but their appearance as a symbol of hope overhead during the dark times had captured the public imagination. The passenger steerable, which had only appealed to a small minority of wealthy travellers and for short distances when it first appeared in the early 1890s, now underwent something of a democratisation. The size and scale of the steerables ballooned – no pun intended (Audience laughter). The first transatlantic steerable flight had taken place in 1911, but had been nothing more than a novelty at the time. Now, the 1930s saw a craze for gigantic, luxurious steerables, largely capturing the market from the ocean steam liners that had been popular in the 1910s.[2] We have all seen the pictures of the Leif Erikson majestically docking to the mast out on Long Island. Nor were all the steerables in the Atlantic. Pérousie built the Mouroan and her sister craft to shave days off the rail journey from one end of the continent to the other, and beyond to Autiaraux and Singapur.[3] We think of them less here in the ENA because the same setup did not catch on here.

The same is true in the Combine, of course (Murmurs) but, again, steerables remained a useful tool in Africa, as the Societists sought to expand their control. But let’s not dwell on those dark times.

Steerables declined once again after the Sunrise War, when economic instability endangered the wealthy classes who had been the market for the luxury sky-liners. The question we ask ourselves, now, is whether they could ever return today, in a new form. Perhaps not even limited to the atmosphere of our Earth. In this last segment, I’ll—

*

(Sgt Mumby’s note)

That’s the relevant bit. Now onto a different extract. This is going back to one of the earlier recordings we quoted from. This is from a later section of that recording, which was initially unrecoverable from the recording, but we’ve managed to fix it up. (Mutters) And for the record, it was Marmite, not Bovril…

*

Extract from recorded lecture on “Bea M’Naughten: The Myth and the Legend” by Captain Deborah Vine (IAF, retd.), recorded October 10th, 2020—

…now, if you really want to understand the world of aviation as it was when Beatrice entered it and achieved her great deeds, I’ll give you a quick rundown. First of all, aerodromes had been hugely important for war in the Black Twenties, though the war situation – especially in Europe – had made them difficult to maintain and field in large numbers. But I think we all have at least passing familiarity, (mutters) from those damned misleading Califilms if nothing else…with the most iconic aerocraft of the Black Twenties.

First of all, here in the Empire we have the LA-31 Osprey seadrome from Linneway Aero, the Halford Aero HA-12 Buzzard bomber and the Halford Crossley HC-4 Blackhawk fighter-interceptor. (Audience cheers) Opposing us were the Societists’ celagii, their Piranha fighters and Capybara, Alpaca and Llama bombers. (Audience boos) Note that in this time they were still willing to name things after South American-specific animals! Our boys also faced Russian Polzunov Po-24 Pustelga flying artillery, Po-19 Orel bombers and Saratov Sa-4 Burevestnik seadromes. The latter were especially important in the Pacific war near Gavaji for their groundbreaking use of mobile Photel – which seemed impossible at the time! But more important was Julian Worth demonstrating the effectiveness of Buzzards to sink enemy capital ships, though the hidebound Navy didn’t recognise it for a time.[4]

Over in the Old World, some you may have heard of include the English Astra Salmon seadrome, the French Vautour fighter-interceptor and Épéiste flying artillery, the German Raubtier fighter, the Belgian Adelaar bomber, the Italian Cardellino fighter and the Ottoman Korsan flying artillery. (Pause for breath) I could go on. (Audience laughter)

The point I’m making with this list is that nearly all of these iconic aerodromes of the Black Twenties shared certain commonalities. They were aeroscrew driven, of course, almost all multi-deckers,[5] with construction that still owed something to wood and canvas. There had been major breakthroughs in alumium extraction and the discovery of new alumium-copper alloys during the First Interbellum, but it took time for metal to slowly replace these materials in aerocraft construction.[6] Likely, this process would have been faster had the war not been interrupted by the plague, which slowed such research and development efforts to a crawl. The Societists, benefiting from their neutrality and the chemical industry they had inherited, fielded the first all-metal single-decker drome, the Anaconda, in the final days of the War of 1926.

By the end of the Black Twenties, it had become clear that such craft were the future, like it or not. Beatrice and her fellow sky-dancers[7] enjoyed success in part because of the large number of obsolete multi-decker dromes that became available in the war’s aftermath. The nations’ military arsenals scrambled to upgrade their aerial armadas accordingly, fearful of being left behind just as they had with lionhearts in naval technology, a couple of generations before.

The great irony is that, like the Long Peace into which pre-lionheart armourclads and then lionhearts had intruded, the Second Interbellum, the Electric Circus, was a long period of peace – in general – in which the vast majority of those shiny new single-decker dromes never saw use. The 1930s and 40s saw a succession of metal aeroscrew dromes from all nations, and the Societists, with gradual improvements in technologies that saw frantic attempts to stay ahead of the curve. Yet hardly any of their names are as familiar to us as the multi-deckers of the Black Twenties or the surgecraft of the Sunrise War.[8] Of course, in reality there was fighting in this supposed era of peace and these aeroscrew single-deckers did see use in it, and some of the later ones were used in the lower-priority fronts of the Sunrise War. But who has a picture of a Linneway Aero LA-62 Falcon on their bedroom wall? Or, in other nations, a Brunel Vipère or a Saratov Sa-26 Drakon?

There are a few examples of front-line military aerodromes from the 1930s and 40s which you may have seen, albeit often in dubious contexts. The Romulan regime in Italy loved big military displays as shows of force, and passing columns of ponderous, looming Torino-14 Aquila bombers can often be seen in the background of propaganda posters, or period films depicting the era. Chinese Jindouyun flying-artillery can be seen – and their screaming dive-sirens heard – in the background of Panchali films depicting their struggle for independence.[9] But in many of the places where there was conflict in this alleged era of peace, the dromes being used were those same obsolete wood-and-canvas multi-deckers, often even alongside steerables. The Matetwa and the Abyssinians, say, did not have access to more modern craft, and usually nor did their second-rank Societist opponents, as Karlus Barkalus’ African empire was mostly being fobbed off with older equipment.

So we have this irony that this era of aerocraft, this era which saw so much blood, sweat and tears – and money – poured into it, was one which is often forgotten. It’s a shame, as many of the craft developed at this time are undeniably beautiful, though many others are an awkward ugly-duckling step between multi-deckers and the sleek surgecraft of the 1950s and 60s. Because they were never really used by sky-dancers, they lack a lot of the romance and charm of the earlier craft, too, at least in the public image.

A major change that the Black Twenties had wrought was that there were now concrete aerofields across large parts of the world, built to support war aerodromes but capable of landing civilian ones after the war as well. Again, this wasn’t true everywhere, and seadromes or even steerables often remained the preferred method for fast long-distance travel in places like Africa, India and in the West Indies and Nusantara. But the balance had shifted in favour of making land-based aerocraft the default going forward.[10] If you have seen all-metal aeroscrew craft in works of fiction, you’re more likely to have seen the earliest real passenger liners that began to appear around this time, rather than military craft. These remained an exclusive province of the rich, at first, but the prices gradually came down until they could even start to compete with the railways here in the Empire.

Weaponry also began to shift. Standard cingular guns supported by unguided rockets had been the norm on fighter dromes for some time, but were now supplemented with incendiary bullets and then cannon. Interrupter gears allowed guns to be mounted behind aeroscrews and safely fired through the blades – though I wouldn’t have wanted to be the first pilot to test it at twenty thousand feet! (Audience laughter)

The war had proved the effectiveness of tooth bombers and flying artillery against ships, though it took the old admirals some time to wake up and admit it. (Audience chuckles) Level bombers, by contrast, were beginning to look like a dubious investment. They had shown a lack of precision against military targets, and the world had, thank God, pulled back from the precipice of them being used indiscriminately against civilians in cities. (Quiet audience murmur) Today we often act as though that was inevitable, but people are not civilised by default, sadly. Perhaps there is a better world where we have the same kind of stigma towards the use of death-luft, but perhaps that is too naïve.

Anyway, level bombers did continue development, but partly because their large airframes also made them suitable for uses such as long-range cargo craft or even those civilian passenger liners. Fighters specifically designed to counter flying artillery, which had proved highly effective on certain fronts of the war, began to appear. We never really found out how effective they would have been, because both would be obsolete by the time of the Sunrise War. The bombs dropped by flying artillery, and the steelteeth by tooth bombers, also saw continued further development.

Portable Photel was another technology that had shown its worth. The sets were gradually miniaturised, helped by the general pace of electrical development in civilian life, from vast things that took up a whole bomber to small devices that could be mounted in even a small fighter. Again, it’s interesting to speculate how battles might have been fought with squadrons of fighters whose mobility was not too dissimilar to those from the Black Twenties – lacking the speed and agility of the later surgecraft – but with the ability to communicate in real-time via Photel rather than operating independently.

That was the world in which Beatrice and her fellow sky-dancers were performing. The public eye wasn’t on these newfangled all-metal single-decker warcraft that would end up barely being used; it was on the sky-dancers and their retro craft of the vanished Black Twenties. That is, when the public was trying to forget war altogether. When they did worry about it, they could spare little attention for mere aerocraft; rockets were now the thing…

*

(Sgt Mumby’s note)

I was quite proud of that transition, I could be a Radio 4 continuity announcer…and now we go to a new lecture.

*

Extract from recorded lecture on “Struggle to the Stars” by Dr Gordon Ford, recorded November 14th, 2020—

People and nations learned a great many lessons from the harrowing experience of the Black Twenties. Some were undoubtedly positives, such as a new awareness on how it was possible to defeat deadly disease outbreaks by organised and conjoined activity, the power of science to deliver new drugs and vaccines. That probably helped tackle many other disease outbreaks in the twentieth century, to the point that you may have barely heard of them. Of course, it also meant that we got complacent by the time of the Hyperflu pandemic a few years ago. But that’s not what I’m here to talk about.

The Black Twenties were certainly a traumatising period. As well as the plague, the matter of Cytherean rights for younger women came to the fore after they had served in the factories and the fields. As far as the battlefield itself was concerned, the war had been something of a bonfire of the ideas of theorists in the First Interbellum leading up to it. I suppose to some extent that’s always inevitable in a war, but it seemed especially pronounced then. The theorists had envisaged the so-called ‘Tsar’s Armart Legions’ sweeping decisively across Europe, while French diplomacy focused on containing and surrounding Russia on all sides through alliance-building. In the end, the alliance fractured when China withdrew,[11] the armarts burned as the Germans and other Bouclier nations wielded new counter-protgun weapons and tactics, and then the plague brought everything to a halt. The aero bomber failed to live up to its potential, becoming seen as more of an ostracised indiscriminate terror weapon rather than the precision strike to the enemy’s heart that had been imagined. By contrast, flying artillery proved effective in conjunction with protguns, and of course Julian Worth demonstrated the effectiveness of aerocraft and hiveships against traditional naval forces.

All fine and good, though military experts will debate all of those points. But all of them pale into comparison to the impact of one invention upon the war, that invention that is at the heart of the period I come to discuss tonight. The rocket.

Of course, it would be very wrong to say rockets were invented in the Black Twenties. The technology has a long and venerable pedigree from its inception in mediaeval China through its further development in Bisnaga, Europe and the Novamund.[12] War rockets were a mainstream weapon by the Pandoric War. But these were short-range, unguided weapons, no more destructive – though sometimes more intimidatingly unpredictable – than artillery shells. Arguably, the real great innovation of the Black Twenties was the success of the flying-artillery drome, as I mentioned, which effectively dropped the equivalent of artillery shells from a precisely-targeted, piloted aerocraft. Rather than a general having to order a mass bombardment with many artillery pieces to have some chance of hitting a vague target, he could order a flight of flying-artillery dromes to, essentially, just drop the six or seven shells among his hundreds that would have hit it. Rockets were no more precise than conventional artillery, and often less so. So what changed?

On the face of it, other improvements in military technology certainly did not seem to bode well for rockets. Small rockets had been used as counter-steerable weapons for decades, as well as weapons used by steerables to shoot back, but both uses fell into decline as steerables were proved obsolete by dromes. Dromes, though sometimes armed with rockets for ground attack, were too fast, agile and manoeuvrable for rockets – well, the rockets of the day! – to hit, and counterdrome arsenals often fell back on refined versions of the venerable light cannon long used for the purpose. Small rockets remained somewhat more successful as some of those counter-protgun weapons I mentioned which helped put paid to the so-called ‘Armart Legions’, but certainly there was little sign that rocket technology was about to explode out onto the world stage. Uh, no pun intended! (Audience laughter)

What changed matters, of course, is the research of Professor Umberto Pazzaglia – among many other figures less celebrated by history, of course. Pazzaglia was certainly not the first to try to build a rocket with a liquid fuel engine rather than the solid ones that had been the norm since those early days in Song Dynasty China. But he was the first to build an effective and reliable design – well, by the standards of early technology in any field, that is. It may sound simple on the face of it, but designing the plumbing required to mix fuel and elluftiser, under the right conditions, without an explosion or harmonic instability[3] – it was one of the greatest challenges ever faced by engineering.

Today we recognise that breakthroughs are not the exclusive province of one great man; if Pazzaglia had been hit by a multi while crossing the street in 1910, we would not lack rockets and artimoons today! (Audience reaction) You laugh, but speculative romances of not too many decades ago used to promote that kind of silly idea. In hindsight, we recognise the work of people like Campeau, Kolenkovsky, the Empire’s own Miss Harrison. (Audience cheers) But Pazzaglia had the connections in the Italian government he needed to obtain funding, and the venue, in the form of Sicily, that would grant him the privacy he needed to continue work. After the successful flight of Mercurio-3 in 1920, his work continued apace and three years later, Venere-4 crossed the 55-mile altitude limit that we now consider to be the boundary of outer space.[14]

The potential of Pazzaglia’s rockets to war was recognised by the Italian General Anibale Fioravenzo.[15] Importantly, Fioravenzo – who had seen many short-term advantages in the ‘Two Years of Hell’ frozen Oder front squandered through premature action – determined that the rockets would only be effective if kept secret, improved to the Marte war version, manufactured in large numbers and then launched en masse in a surprise attack. This action, Operazione Fulmine, that is, Operation Thunderbolt, shocked and impressed the world when it began in December 1925.

We are so used, now, to seeing Fulmine as the turning point of the European war that it is easy to forget how much it was overblown by propaganda. Less than half of the rockets even came within a French league of their intended targets, and only the controversial use of death-luft ensured they would have any effect – explosive warheads would have blown up only random fields, or, of course, Polish civilian villages. (Audience reaction) And many did suffer in the death-luft strikes, as you are doubtless aware.

Nonetheless, Fulmine came at the alienistic moment to achieve a breakthrough against the Russians. Though the war came to an end more thanks to mutual exhaustion after the front stabilised once again, to the east, it was an inescapably dramatic moment after so many months of brutal slog and suffering with nothing to show for it. People everywhere began to look towards rockets with both fear and hope. And, of course, the Societists were among them. (Audience reaction) A rocket attack on the Diamond Ring forts would also be crucial to concluding the War of 1926 on Societist terms.[16] (Angrier audience reaction)

Both Fulmine and the Diamond Ring attacks, due to their circumstances – which I won’t retreat in the latter case due to how painful the irony still is – were blown out of proportion by postwar opinion. I don’t just meant among the general public, but also among the military, scientists and engineers, both in the nations and among the Societists. Rockets were THE FUTURE, in block capitals. It could only be a matter of time until they were potentially carrying death-luft warheads from one continent to another (Chuckles) or, more hopefully, lifting men into space to look down on the Earth below. Money and resources were thrown at their further development. Every nation must have the weapon that had decided the Black Twenties wars after years of deadlock.

It would take a number of years for the truth to become apparent. The successes of long-range rockets in the Black Twenties had been highly situational, and partly down to flukish luck on the part of their operator. The biggest problem was of guidance and precision. The necessary mathematics and logic concepts were well understood, indeed having long predated solution engines at all in many aspects, but the problem was the execution. Initially, Pazzaglia and the Italians had rejected the idea of an on-board solution engine after experimentation, finding that the mechanical engines of the day introduced too much of a vibration and recoil effect from their movement. Designed to move manoeuvring fins on the rocket to correct its course, every time they made a calculation they only introduced another error to correct, and they mounted up. The Societists had, it seemed, managed to overcome this problem by using specialised solution engines built from fine lightweight alumium parts. But even these proved unreliable.

The alternative approach, which the Italians used in Fulmine, was to have the rockets guided by Photel control beams, with all the calculations done prior to launch on the hefty mechanical solution engines of that time. This worked to some extent for Fulmine itself, but then the Russians worked out that they could corrupt [jam] the Photel signals, and that approach was rendered useless overnight. It was clear to everyone that it was in refining the solution engines that a permanent solution – no pun intended (Chuckles) – would be found.

Except, it wasn’t. Have you ever heard the term ‘conceptual revolution’? (Slightly world-weary sounding audience reaction) Right. Nowadays it’s been reduced to some nonsensical slogan spouted by corporate speakers. (Audience laughter) Originally, though, the term actually had a meaning…it was developed by the historian and philosopher Adam Courtenay. He was referring to the idea that people, a nation, an institution, can be wedded to a particular way of thinking, and it holds them back when the world changes around them. They try to fit the new events into their old framework, desperately adding complications and corrections – he called them ‘epicycles’, after the silly little extra twists that astronomers tried adding to planetary orbits to explain how the planets could still orbit the Earth, as Ptolemy had said. It took Kepler and Galileo to come along and sweep it all away by showing that things could be explained by planets orbiting the Sun in elliptical orbits, no epicycles needed. Courtenay refers to this as a ‘crisis moment’, and sometimes the change is only fully affected when the old hidebound generation just dies off. (Pause) A circumstance I’m sure none of us are familiar with from our workplaces. (Audience laughter)[17]

In the late 1920s and 1930s, rocketeers needed a conceptual revolution, yet it wasn’t happening yet. Everyone was fixated on the idea of improving mechanical solution engines, as the Societists had, to make rocket guidance more accurate. In fact, rocket engine technology had outpaced that of several others needed to partner with it, ypologetics being only the most obvious case, and many tests at this time ended in frustrating failure. The world of fiction, film in particular, imagined many tales of spationauts being launched into orbit atop rockets and meeting ultratellurians, often just using propaganda stock footage of existing military rocket tests. Perhaps the best remembered of these is the Societists’ Navis Estela, but that wasn’t made until the 1950s.[18] Reality consistently failed to live up to them. Even the reckless Romulans and Soviets were reluctant to try to launch a rocket with a man at the top in this era of ever-present disaster.[19]

The conceptual revolution that rocketry needed was the abandonment of mechanical solution engines altogether, in favour of surfinal ypologists. But in an age where ypologetics research was otherwise mostly focused on encryption and codebreaking – which had also been important and decisive, if lower-profile, breakthroughs in the Black Twenties wars – there was little incentive to move away from bigger and better versatile engines that could fill a whole room. Increasingly, these were no longer purely mechanical devices, but made logical calculations using the recently-developed TSL limino technology.[20] Liminos would eventually be tried on rockets as well, but at that early stage were far too unwieldy, fragile and unreliable, even if most of the rocket engineers had not been futilely obsessed with perfecting the mechanical solution engines instead.

In the Combine, liminos tended to be neglected in favour of refinement of an alternative technology, the magnetic gate or magate, which controlled current flow through magnetic saturation rather than electrical pressure. Mostly dismissed in the nations due to its cumbersome nature and inefficiencies, the Societists were able to improve the technology due to their advanced chemical industry – and access to African and Nusantara resources – leading to the development of very pure iron-nickel alloys which allowed magates to be miniaturised and made more reliable. Technically a solid-state device, lacking the vulnerability to shocks that the limino did, the magate could be applied to rocket missile guidance.[21] We should count our lucky stars that the Silent Revolution’s purges led to a purge of the Combine’s scientific talent at a crucial time, or the nations could have been left in the dust.

The inventions of the surfinal varifex and then the atenic circuit would make both the limino and the magate obsolete, of course. They woud also make the kind of onboard ypologetics needed for a rocket missile relatively trivial, would come much later and from unlikely sources.[22] In the 1930s, they were still decades away.

So, the Electric Circus period – especially the early part – would see a lot of propaganda trumpeting of rocket test launches, often followed by quiet noncommittal press releases or cover-ups as it turned out that the rocket in question landed fifty miles from its target in the opposite direction. We in the Empire were at least fortunate in that we have a great deal of land out west in which any wayward rocket was very unlikely to actually hit anyone. (Audience chuckles and a few boos) The same was true of the Russians and, when they joined the race later on, the Chinese, and presumably the Societists, though the details of their own experiments naturally would be hard to track down even without the Silent Revolution destroying records. France, Germany and Italy struggled, by comparison, due to lacking such vast swathes of land. The French and Germans mostly tried tests at sea from small islands, but then had difficulty locating where their test rockets had impacted. The Italians, under the Romulan regime, were less careful; after taking over Tunis they cheerfully fired test rockets almost at random into the desert, and sometimes hit Tunisian cities (or Algerine ones under Moroccan occupation).

This is not to say that there were no rocketry breakthroughs in the 1930s, of course. Here in the Empire, a team led by Joseph Addison developed the first really effective counterdrome rocket missile, the Gano Z1, in 1936.[23] Whereas previous attempts had either failed to keep up with speedy dromes or frequently exploded on launch, the Z1 was fast and reliable, using a solid motor for launch and then liquid fuel for adjustments in the air. However, it still had the limitation that it could only be guided by an operator on the ground through telepresence or by riding a controlled Photel beam – and the power of Photel corruption had already been demonstrated. At this time the nations, and presumably the Societists as well, planned for aero attacks to include large numbers of modified bombers or scouts equipped with Photel corrupters, even though this would limit their own ability to communicate as well. Photrack itself would not first appear until 1942, and its use to guide missiles would not emerge until after the Sunrise War.

Another rocketry breakthrough took place in France, despite the test problems. In 1941 Dr Ariane Golliet joined our own Miss Edith Harrison (More cheers) in the annals of female rocket pioneers. Dr Golliet headed up a team which developed the first large-scale two-stage rocket. This was intended, at least ostensibly, for scientific research rather than as a weapon of war, aiming for altitude rather than lateral range. The first stage was the French’s latest attempt at a long-range war rocket in the tradition of the Italian Marte, being named the Météore-III. The second stage was derived from a smaller rocket that had already been developed to supplement high-altitude weather balloons for atmospheric research, the Cyrano-IIB. The combined rocket, known as Gémeaux (Gemini), successfully carried scientific instruments into the upper atmosphere and then was recovered when it crashed back into the Bay of Biscay west of Bordeaux.[24] Though the data was lost in that first attempt when water leaked into the instrument capsule, a second in 1942 was more successful, and began a revolution in atmospheric science. Importantly, Dr Golliet and her team had shown that multi-stage rockets were the future if one sought to try to reach orbit. More on that in a moment.

These kinds of breakthroughs – and I could list many more – were, however, not what the generals and political leaders wanted to hear about. (Audience murmurs) As far as they were concerned, they had seen long-range rocket missiles used to great effect in the Black Twenties, and now they wanted those weapons – felt their nation needed those weapons to survive. Many envisaged that, in the near future, they would face a situation where they could push a button that would launch a giant rocket and make a Russian army base three thousand miles away disappear. (Nervous chuckles) It’s easy to mock now. At the time, some probably even thought that the button would sent a rocket to drop a death-luft bomb on an enemy capital. (Shocked sounds) We are used to that being morally unthinkable now, of course, but we have to remember that at the time, the fear over it was often due to the idea that there was no way out of a mutual exchange of bombers or, indeed, rockets if civilians were targeted. If the political leaders of the 1930s had been confident that they could send bombers or rockets to strike enemy cities while not leaving their own open to strike...well, that’s a controversial topic and I’ll leave it there.

Anyway, it doesn’t matter if those leaders actually wanted a world where such things could be imagined. Many did not, but they feared and expected that they were possible, and did not want their nation to be left behind. Hence the endless rocket tests of the 1930s, while the technologies needed to ensure accurate targeting and guidance trudged along in the background, nowhere near maturity. The Scandinavians, in 1940, were the first to openly declare that they believed rockets were a dead end and they were going to refocus their efforts on aerocraft. Long-term, of course, they were wrong in many ways, but in the short term they were correct. The move was controversial and led to some soul-searching among other powers, but few were willing to take the plunge and accept the theory – especially after they had poured so much time, money and people into fruitless experimentation.

One person who became increasingly frustrated with this, as well as many other aspects of his government, was that first iconic rocket pioneer, Umberto Pazzaglia. Pazzaglia had been given effective infinite funding and resources by the Romulan government, who are suspected to have been sharing his work with the Russians behind the scenes. (Murmurs) Few scientists or engineers could have resisted, of course, despite Pazzaglia’s dislike of the Romulans and how they had imprisoned his former patrons, the Orsinis. But the Romulan leadership began demanding increasingly impossible breakthroughs, while the public began to chafe under their regime. The last straw came in 1943 with the Lucretian Revolution and the overthrow of the Italian monarchy. Pazzaglia, whose experiments had not come any closer to developing the accurate thousand-mile city-killer rocket the Romulans wanted (Murmurs) decided he had to leave before he was purged in turn. The Romulans had upended his research group from Sicily to Elba, where they could keep an eye on him. A myth – started as a rumour by Pazzaglia’s supporters – is that he literally escaped from Elba to Corsica hidden in one of his own test rockets. However, there is no truth to this and Pazzaglia and his family were simply smuggled out in a freighter. Pazzaglia eventually came to France and worked with Golliet and other as they continued work on multi-stage rockets.

Around this time, funding began to dry up in many nations. Though the prosperity of the Second Interbellum continued, an increasingly fractious public was no longer willing to see their taxes poured into projects that did not seem to be anywhere near to delivering world-changing weapons to protect them. Military theorists turned to other ideas.

It was therefore all the more of a shock in 1950 when Romulan Italy finally achieved the dream of Isaac Newton and launched the first artimoon into orbit of the Earth...

*

(Sgt Mumby’s note)

We’ll leave it there for now I think. This last section talked about electronics and computers a lot, so maybe it’s time to put together something about their development in this period too.

(Capt MacCauley’s note)

Good idea, get on with it.

(Sgt Mumby’s note)

...I was just thinking aloud...








[1] E.g. see Part #236 in Volume VI.

[2] Transatlantic ocean liners were never as iconic in TTL, largely because there was less of a wealthy market for voyages between the British Isles and America; the usual route was between La Rochelle and either Mount-Royal or New York City. The UPSA before the Pandoric War had a large wealthy class with the means to travel to Europe, but the greater distance tended to favour less of an emphasis on speed and there were greater limits on what luxury was available.

[3] Mouroan is a French transliteration of the Dharug word rendered murrawung in OTL, meaning emu.

[4] See Part #291 in Volume VIII.

[5] I.e. biplanes or triplanes.

[6] Recall that ‘alumium’ is the name used for aluminium or aluminum in TTL.

[7] We would say ‘barnstormers’.

[8] Surgecraft = jet aircraft.

[9] Jindouyun is a reference to Sun Wukong’s ‘cloud trapeze’ from Journey to the West.

[10] Something similar, but more dramatic and extreme, happened in OTL’s WW2. Recall that TTL terminology does not distinguish between seaplane and flying-boat, with ‘seadrome’ serving double duty. When the text refers to passenger seadromes, this implies something more like OTL’s ‘Empire boats’.

[11] Not quite accurate; it’s more like the French had assumed the Chinese joining the alliance was inevitable and it never happened after the Russians cut a deal with them – see part #276 in Volume VIII.

[12] See Part #288 in Volume VIII.

[13] Ford is referring to the effect described in OTL as ‘pogo oscillation’, by analogy to a pogo stick. This caused the loss of a number of missions, including several Soviet lunar probes and the unmanned Apollo 6 test mission, as well as nearly dooming Apollo 13 before the better-known catastrophe overshadowed it.

[14] Or, at least, the ENA does – see footnote to Part #288 in Volume VIII.

[15] See Part #294 in Volume VIII.

[16] See Part #300 in Volume VIII.

[17] Similar to OTL’s idea of the Kuhnian paradigm shift.

[18] See Part #287 in Volume VIII.

[19] This is a somewhat anachronistic use of the term ‘Soviet’; although one could make a case that the idea of the Imperial Soviet becoming synonymous with the Russian Government did begin in this time period, it almost always refers to the post-Sunrise War period. The speaker is probably preferentially using terms for ideological regimes over nation states to avoid causing offence.

[20] ‘T[hermal] S[urfino] L[iberation] Limino’ is the term used in TTL for the devices called ‘thermionic valves’ in OTL British English and ‘vacuum tubes’ in American English, although the US term is more general and takes in other types of devices as well. People in TTL (especially more casually) would also use ‘vac-tube’ but, again, mean it more generically rather than specifically about valves. ‘Limino’ comes from the word ‘liminal’, describing crossing an edge (like the electrons/surfinos leaping the gap in the valve) with the ‘-ino’ ending coming from ‘surfino’; whereas in OTL many inventions of this era got ‘-tron’ suffixes emulating ‘electron’, the same is true in TTL of ‘-ino’. ‘Thermal Surfino Liberation’ refers to the effect known in OTL as thermionic emission. More on this later.

[21] The magate is referred to in OTL as a magnetic amplifier or magamp. Relatively obscure today, it was favoured instead of valves by Nazi Germany during the Second World War and was used, among other places, in V2 rockets. Some work was done after the war in the USA but they were rapidly obsoleted by the transistor.

[22] The surfinal varifex (usually just called a varifex) is the TTL term for solid-state transistor. The term is a contraction of ‘variable feculator’, the latter word coming from ‘fecula’, a term used for starch that thickens cooking sauces – recall that TLL relates electrical resistance to ‘viscosity’ and ‘transistor’ comes from ‘transfer resistor’. The –ex ending will also end up proliterating to other devices out of fashion when the varifex is eventually invented. ‘Atenic’ circuits are what we would call integrated circuits, with individual chips called ‘atenos’. The name comes from the Egyptology craze at the time when they are developed, and popular awareness of the monotheistic faith of the Pharaoh Akhenaten. Just as he folded all Egyptian religion into worship of the formless Aten sun-disc and iconoclastically destroyed images of other gods, so the integrated circuit is localised on one board or chip and is usually compact and reliable enough to be hidden from the view of the user.

[23] From a word in the Seneca Iroquois (or Haudenosaunee) language for arrow. The Z1 is roughly comparable to something between OTL’s SAM-N-2-Lark and Nike Ajax.

[24] The Gémeaux is similar to OTL’s RTV-G-4 Bumper, which was an American two-stage rocket based on the German V-2 which first flew in 1948.
 

Thande

Donor
Please note that there may be a delay to the next part as I have to have a wisdom tooth out close to the usual posting time. (Regular readers to this thread may fear I seem to be having dental surgery at an alarmingly frequent pace - actually it's just two things that kept getting delayed over and over)
 
Romulan Italy being the first nation to launch satélites into space is a tropal inversion of OTL Fascist incompetence? Also Italian Tunis appears in Jonathan Edelstein’s Malê Rising
 
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A hypothetical map for the 40s
A44511CD-61EE-4D6C-AADF-6B96A6001CBF.png
 
Also French Pénang is not mentioned as decolonized although it will become independent unlike Goa or Hong Kong
Edit: likely become independent
 
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How does the English-speaking world in this TL perceive the Anglo-Saxons/Norman invasion? I feel like the historiography on it would be distorted for political ends really powerfully.

I was reading parts of Mitchell Heisman's suicide note to do with Anglo-Saxons and Normans, and Heisman's thesis on this topic is that the entire culture of the English-speaking world (its class system, its political values, its openness to assimilation of other groups and the fuzziness of its identity, the patterns in its political history) are a product of Norman subjugation. In Heisman's view, the English class system is a product of the Norman invasion and occupation, meaning Marx misidentified what is basically a concealed racial caste system as something else while in England and projected it into the rest of Europe. He says that the development of egalitarian liberal-democratic values by the Anglo-Saxon world was the result of sublimated ethnic resentment between the occupied Anglo-Saxons (whose in-group had lost its integrity to such an extent due to ethnic trauma that they couldn't rebel the normal way anymore) and their nobility (descended from Norman occupiers), and that "exportation" of liberalism to France was a kind of "revenge" that resulted in the French revolution (which was, in a sense, the Gauls rising up against the Franks, and the feudal rights which those barbarian occupiers had given themselves over the locals after the fall of the Roman Empire). He even goes as far as to make the bold claim that "1066 saved the English-speaking world from German Nazism". He then uses Nietzsche and a bunch of other philosophers to come to a peculiar conclusion about the future of humanity , which he in turn uses as justification for topping himself.

Given that a lot of the authors he quotes are from the 18th century or even earlier, that even the USA was founded with a strong awareness of the "Norman Yoke" in mind, and even in the English civil war there were some particularly radical groups using 1066 as a justification for their particular legal theories and political aims, I feel like that in LTTW a really radical perspective on the normal conquest and its effects on Anglo-Saxon culture being espoused by some people would definitely be possible. Especially since in LTTW the justifications for a lot of world conflict have been ethno-cultural differences, to the point of there being organised riots on points of historical controversy and such.

I might have missed a part of the TL discussing it, but does anyone in LTTW really, seriously detest the Norman yoke? Could something like "Anglish" be taken seriously in LTTW as opposed to being a fun joke like in IRL, along with other kinds of Anglo-Saxon cultural purism? Is class conflict in the English-speaking world seen as ethnic in any way?
Heisman views are remarkably... well, something.
Cannot say exactly what, but something.
 

Thande

Donor
How many volumes will there be? Ten? Twelve?
No idea. Right now I would guess 11 + some sort of appendices compendium thing, but I know me and my writing habits ("Well Met by Starlight" and "On the Wings of the Morn" were originally going to be one novel, now they're going to be two that are both over 200,000 words.

Also thank you @Beatriz for your map tracking, I started working on a newer map partly based on you tracking the changes which I must get back to.
 

Thande

Donor
Please note that there may be a delay to the next part as I have to have a wisdom tooth out close to the usual posting time. (Regular readers to this thread may fear I seem to be having dental surgery at an alarmingly frequent pace - actually it's just two things that kept getting delayed over and over)
This neded up getting delayed AGAIN, this time due to the snow, to the end of this month. Chuff's sake. At least it means I can update as normal this week. This science & tech one was meant to also include the Theory of Relativity but I ran out of time/space (how ironic) so it'll wait for a future one. For those of you who don't follow the sci-tech ones so much, rest assured we are back to culture/politics next time.
 
312

Thande

Donor
Part #312: Ypologist Says ‘Yes’

“SUTCLIFFE WAS RIGHT
No Synthserfs taking our jobs!

United American Postal Union March
November 18th

‘If the Head on the Stamp is Man
What be the Hand that Delivers?’ – A. W. Wood, Secretary, 1980

It will be YOU and YOUR job facing ‘mandatory retirement’ next!”

- Faded political poster seen on Baskerville Avenue, Fredericksburg, ENA.
Photographed and transcribed by Sgt Bob Mumby, December 2020

*

(Sgt Mumby’s note)

…er, as I was saying (mutters) me and my big mouth… (normal volume) we have also recorded a fair amount of material relating to the development of computing in this period, and some related areas of science.

(Lt Black’s note)

Rather tangentially related in some ways, I have to say.

(Sgt Mumby’s note)

Come on, sir, we have to take what we can get. Roll the tape…

*

Extract from recorded lecture on “Ascent of the Synthserf” by Dr Mary-Anne Coningsby, recorded November 15th, 2020—

Here’s an ingenious paradox for you. One hundred years ago, in 1920, our grandparents and great-grandparents would have found it astonishing, impossible, that today we have factories where new mobiles, for instance, are assembled by synthserf arms.[1] So far, so uncontroversial; that generation would also be surprised by many other modern technologies, like Motext or metallo-coalstuff luft storage.[2] But the surprising part is that a hundred years earlier, in 1820, their grandparents and great-grandparents would have found it much easier to accept.

What’s the reason? The 1820s saw an artistic movement, the so-called ‘Automaton Craze’, in depicting fictional scientific romances involving synthserfs – as we would call them today. Cuthbert Lucas was the first, and her book The New Eden is still remembered today, when many of her imitators are not.[3] The more imaginative writers predicted, remarkably, many of the same questions that now plague us today; will synthserfs, or automata as they would call them, become so sophisticated that they threaten to replace mankind altogether? (Audience murmurs) At what point does an automaton become indistinguishable from a man in terms of thoughts? Can a machine have a soul? Even before Lucas, men like Descartes had posited the idea that the human brain, the human mind, is nothing more than a complex machine with cogs too small to see. Are we less special than we would like to admit?

But the Automaton Craze was marked by a factor which I’ll come back to again later. Human imagination is bountiful, but often overreaches itself by its very nature. Scientific romantics today want to write about colonies on Mars, but it will be many years before technology – and perhaps the public will – actually puts people there. So while the more far-sighted of those writers might indeed foresee real issues that those colonies might face, the subject becomes played out, discredited, decades before the topic becomes a reality. By the time it does, we have forgotten their writings, and then, too often, drearily play out the same mistakes that they predicted, recognising our folly only in hindsight. To our ancestors in the 1920s, the question of synthetic automata able to do the job of a human were a silly idea from the battered novels and faded sequents that their grandparents had left rotting away in their attics. They little dreamed that the technology of the real world was finally beginning to catch up with Cuthbert Lucas’ imagination.

In order to understand the synthserf we must first understand the ypologist – or so one would think, though I’ll show you how the two may be less related than is commonly thought. Still, it’s a topic worth covering. Ypologists represent the convergence of two strands of speculation and research which, at first glance – and at the time – seemed completely unrelated. Not only did they seem to delve into different fields, but they were associated with entirely different groups of people with different goals. These two strands were firstly the development of programmable machines in engineering and industry, and secondly the development of quantitative logic in mathematics and philosophy. The first field was, stereotypically, one of dirty-handed engineers wielding spanners and industrialists in cylinder hats counting their money; the second was one of dusty academics pedantically debating esoteric and pointless questions in their ivory towers. Or so it seemed to the average person, and still seems to the average schoolchild bashing his head against his maths textbook. (Audience chuckles)

The first of those strands is undoubtedly the one best known in popular histories of ypologetics, so I’ll only mention it briefly. In the eighteenth century, the linen trade was king. The colonial period is often portrayed merely as Europeans rapaciously stealing from their captive markets, but – personal Diversitarian opinions aside – this would not have made economic sense without something travelling the other way. Frequently the major manufactured product from England, and later other nations, was linen clothing, which was sold extensively abroad in exchange for raw materials.[4] Nowadays, of course, things are reversed, with Europe buying manufactured clothing from lands with cheap labour such as Gujarat and Bengal!

This mass manufacture was possible because of the development of new innovations in spinning and weaving. The industry went from a cottage one to a factory one, indeed many would argue it was the first factory industry. New machines were developed in order to produce more clothing at a faster rate, often careless of any injuries it inflicted on its workers in the process. Steam began to replace the limited power of human muscles. Eventually, these looms became so sophisticated that a large part of the manufacturing process was automated, at least in terms of control. The Jacquard programmable loom achieved this using punched cards, a technology which would be applied to early ypologists in turn. In some ways, the most advanced programmable looms were ypologists. We say they were programmable because they had a list of instructions to apply in order, delivered in the form of the punched cards, and the early inventors compared this to the list of songs in the programme of a musical concert.

The inventor Heinz Müller was the first to apply this idea, not merely to a sophisticated loom, but to a device – a Vice, as they were known at the time – capable of doing more general work, in this case solving mathematical calculations.[5] The early Solution Engines, as we usually know them now, still remained focused on specific tasks, such as solving artillery calculations for a particular gun in a particular fort, or tracking the clocking in and off of workers in a factory. Later would come the true Versatile Engine, which could be adjusted with different programmes for many different tasks. All of these early ypologists worked by purely mechanical means, it’s important to understand; the modern sophistication, increased speed and miniaturisation of ypologists stems more from the fact that technological development has let us replace mechanical cogs and rotors with the movement of surfinos.

In order to understand that point, however, we first need to think about the second strand of development I mentioned, the much less well known one of quantitative logic. Logic is, of course, a very old branch of mathematics and philosophy. Nowadays we recognise that mathematics is not a Western invention, of course, but one which has been present in virtually all cultures from the beginning. Bisnagi mathematics in particular has been belatedly understood to have pioneered many ideas we take for granted, like the concept of zero – without which modern ypologetics, and much else, would be impossible.[6] China, too, has a venerable tradition of mathematics, though with less emphasis on logic than in Bisnaga and the surrounding states, as historically the more repressive dynasties saw such ideas as a threat. In the West, we trade our logical tradition back to Aristotle and Ancient Greece, further preserved and developed by Arab mathematicians and logicians such as Avicenna, and then returned to Europe in the thirteenth century. Many relevant terms for ypologetics were obtained from the Arabs, such as ‘algebra’ and ‘algorithm’.

I’m not here to bore you to death with the entire history of maths (Audience chuckles) but there’s an important point here, which reflects what I was saying earlier about the Automaton Craze. Sometimes people argue that what made Europe different to other parts of the world was not that they were first to discover particular ideas, but that they were the first to put them to utilitarian and pragmatic ends. China and Bisnaga might know what pi was, they say, but only Europe used it to work out the size of a cylindrical boiler for a steam engine. But that interpretation ignores the fact that in Europe too, there was often a big gap between a seemingly purposeless discovery and its real-world use. Pascal was not the first to develop what we now call Pascal’s Triangle, but he could no more guess of its relevance to Photel Carytic Oscillation than could his Persian and Chinese precursors.[7] So-called imaginary numbers were first recognised in the sixteenth century, but considered a useless paradox for centuries before they unlocked the secrets of pulse wave mechanics and qualitative-to-quantitative conversion.[8]

The same is true of the mathematics of quantitative logic. The field has its ultimate roots in the writings of Gottfried Wilhelm Leibniz, one of the fathers of calculus along with Sir Isaac Newton. Leibniz’s writings are sometimes considered ‘problematic’ or even ‘proto-Societist’ by some today, but he also made a number of important breakthroughs which others built upon.[9] However, the most important strides were made in the 1840s by the Bavarian mathematician and philosopher Tobias Heinrich Rieger, together with a number of colleagues. Rieger’s great breakthrough was the idea that logic, the concept of true and false, could be reduced to the numbers one and zero, at which point they can easily be mathematically manipulated.[10] Though recognised by others in his field as an important breakthrough, to the world as a whole this seemed like an esoteric toy for epistemic philosophers, those concerned with the nature of truth. Some such men were upset by the idea that sacred truth could be reduced to a mere number; others were excited by the idea that the same remorseless, ineluctable absolutes of traditional algebra could be used to definitively classify propositions as true or false. In reality, of course, such utopian ideals would be demolished later by the work of Hope and Lefait in the 1930s.[11] Yet paradoxically, at the same time, the old blue-sky idea of Rieger would prove to be the key that would unlock the ypologetics we know today.

Any ypologist is constructed of what we today call logic valves.[12] In theory, these do not need to be electrical; physical gears served the same function in the old mechanical solution engines, and it has also been demonstrated that it is possible to construct an ypologetic logic circuit from flows of liquid, for example. The advantages of surfinal-based ypologists are, broadly, that these valves can be made very small and compact, and that the flow of electricity is much more reliable and reproducible than other methods. This dovetailed brilliantly with the dimeric logical language of Rieger: zero is off, one is on. I need to pause here and explain number bases for anyone who isn’t familiar with them. Be warned, this may blow your mind...or put you to sleep. (Audience laughter)

Today we use what are known as Arabic numerals, though really they originate in the mathematical powerhouse of Bisnaga. Arabic numerals work on a base ten counting system. Some people say that’s inevitable, because we have ten fingers to count on. The ancient Mayans had a base twenty counting system, though. Ah, those people say, well they counted on both their fingers and toes. (Audience chuckles) Actually, a lot of our maths nowadays also uses base sixty, like how there’s three hundred and sixty degrees in a circle, because the ancient Babylonians used base sixty. I’m not sure how many appendages those theorists thought the Babylonians had. (Audience laughter)

But anyway, in an everyday sense we use base ten. What that means is, let’s say I want to count these tins of Aero-Kola on this table... (Recording grows slightly fainter) How many? Don’t shout out. (Audience chuckles) One, two, three...sixteen. But what am I actually doing when I say there’s sixteen? I use base ten, so I count ten... (metallic scraping sound) There, I’ve put ten in a column, as you can see on the overhead camera, hopefully! And then six left over in the next column. So I write down (squeak of chalk) a number one below the column of ten, one full column, and then six next to it for the six left over. 16.

Obvious, you might think, and some people don’t make the leap to realising how arbitrary this is. If you’ve seen Roman numerals on clocks you might have an idea that this isn’t the only way to write numbers, but even that’s not the best way of explaining it. So let’s pretend I’m an ultratellurian. (Audience chuckles) I’ve transfigured down from my podule in orbit of Dionysus, and now I want to count these tins of this strange alien beverage, that might dissolve my body for all I know. Or maybe it only does that to humans. (Audience laughter) There, now that sponsorship’s out of the window. But anyway, I’m an ultratellurian with six fingers, three on each hand, and we’ll pretend those theorists know what they’re talking about – I’m going to use base six. So let’s rearrange the cans... (metallic scraping sound)

Now I make a column of six. Then I make another column of six. And four left over. So that’s two columns of six, so I write that down here (squeak of chalk) and the four left over here. So our ultratellurian has written down the numbers 24. But their 24 represents the same number we mean by our 16. (Confused sounds from audience) It can be difficult to grasp at first. Now in base ten, we can get to the number 99 and still use two columns of digits, but then we need to go to a third when we reach 100. Any idea where base six runs out? (Indistinct sound)] That’s right. Thirty-five is the highest number you can write in two columns of base six, and it would be represented as 55. There isn’t a number for six in base six, just as there isn’t a number for ten in base ten – we represent ten as a one and a zero, for a full column. (More confused sounds) Go up to thirty-six – six times six, just as one hundred is ten times ten – and our base six ultratellurian rolls over to writing 100, which represents the same number that we would write 36 for. Are you confused yet? (Distant chorus of ‘yes’)

So that’s a counting base. I said before that ypologists, surfinal ypologists, use a dimeric counting base, or base 2. Their only numbers are 1 and 0. What’s that mean? It means you run out of columns very quickly, so it would seem. Let’s not bother trying to do sixteen, let’s just take, mm, four tins of Aero-Kola. Try to write that in binary. Well, none is 0, one is 1, then we’ve filled up that column, there is no 2 we can write, so two is 10, three is 11, then we’ve filled up that column and we’ve already got to three columns – 100 – just to represent the number four. On the face of it, that sounds mad, doesn’t it? (Sound of agreement) Incredibly inefficient. It would be a ridiculous way to do calculations by hand. But the only part that makes this tedious is that it takes a long time to write out all the numbers. That part is something a surfinal ypologist can do way more quickly and efficiently than we can. What a surfinal ypologist can’t do easily, on this base level, is manipulate ten different number states like we do, or even six, like our ultratellurian. You could set a different electric pressure [voltage] in your circuit to a different number, but they’d end up being too close and blurring into each other. Far better for the circuit to just have to keep track of one pressure, ‘on’ for one, and ‘off’ for zero. That makes the circuit highly reliable, and it doesn’t matter if the dimeric or binary calculations look complicated and long-winded to us, because the ypologist can work through them so fast.

Now, all of this would probably have been harder to accept at the time, if people hadn’t been used to using Bicker code. When all of this was growing to prominence in the 1930s, some people were old enough to remember the Six Against One Telegraph Wars of the late nineteenth century.[13] The advocates of the old Optel system had argued that they had a hexameric data stream, six paddles going at once, which must surely be better than the single data stream of Lectel. But what was found was that Lectel was so much faster than reading and re-transmitting Optel shutterboxes that it more than made up for that difference. Now Lectel actually became a trimeric system – 0, 1 and 2 – because Bicker code used short and long signals, dots and dashes. That made more sense for human operators, but ypologists prefer not to put time dependence on identifying a signal, because the circuit takes its timing from a built-in chrono device and you want to be able to speed that up or slow it down without changing what all the signals mean.[14] However, it’s still similar enough that older people in positions of power in academic and engineering, who might otherwise have been sceptical of dimeric logic, were persuaded that it was the way forward.

So getting back to those logic valves I mentioned, what do those do? They take an incoming signal from one or more wires and do some logical operation on them, expressed in Rieger notation, the same that was used for true or false in the philosophy of quantitative logic. A bare wire would be equivalent to Rieger’s ‘Identität’ operation, in which basically, you do nothing – a 1 stays a 1 and a 0 stays a 0. A NICHT valve, also called an inverter, changes an incoming 1 to an outgoing 0, and a 0 to a 1. An UND valve, or conjunctor, takes in two signals, and outputs a single 1 if, and only if, both incoming signals are also 1. Otherwise it outputs a zero. An ODER valve, or disjunctor, is similar but outputs a 1 if either of the incoming signals are 1. There are other valves, but I won’t get into how they can be constructed from combinations of each other.[15]

All of this probably feels very arcane. (Sounds of agreement) What does it have to do with our everyday lives? Well, we all have a pocket ordinator [calculator] at home. This is something we take for granted today, but some of us in the audience may be old enough to remember when the first surfinal ordinators were a massive breakthrough in office jobs. No longer did the many everyday calculations have to be performed longhand by skilled arithmeticians and then checked. That had been the holy grail of early mechanical ypologists, yet mechanical ordinators had never become cheap or versatile enough to replace human arithmetic. Even today, in some parts of the world, skilled abacus operators can sometimes outpace the ordinator, but otherwise the ordinator has changed our lives beyond recognition.

Yet the ordinator is a very simple logic machine compared to ypologists, though working by the same rules. The ordinator contains many semi-summer circuits – try saying that five times fast... (Audience chuckles) which work in a cascade to make calculations.[16] A semi-summer is built out of four of the fundamental logic valves I just described, two UNDs, an ODER and a NICHT – although this was later simplified down to two other valves. The combination of these gates in turn are used to work the rules of arithmetic for dimeric numbers, which we can represent with what is called a Wahrheitstabelle. It’s called a semi-summer because it can’t add two numbers alone, it only adds two mers of data taken from the two numbers you punch into the ordinator. A cascade of semi-summers adds all the mers in combination, with extra ODER gates that handle the carry mers – you know, like when you do longhand multiplication and you carry numbers? A cascade of seven semi-summers can be used in four stages to add the numbers four and five to get nine – see the diagram on the screen, but don’t worry if you don’t follow it. In dimeric notation four is 100 and five is 101, let’s call them 0100 and 0101 for consistency, and nine is 1001. The cascade of semi-summers, which we refer to as a total-summer array, basically adds each pair of digits, or mer, individually, and then combines them. Remember that each digit is just an electric signal, on or off, 1 or 0. We describe nine as a tetrameric [4-bit] number because it needs four digits to represent. If you’ve heard terms like hexameric and dodecameric ypologists [6-bit and 12-bit], that refers to the number of mers they can handle in one operation, rather than needing a cascade of many semi-summers like this. More mers is better, up to a point.

I’ll stop trying to explain it here. (Sounds of relief from audience) Hopefully the point has been made clear – ypologists using dimeric logic can reduce mathematical operations down to manipulating electrical signals. Rather than worrying about cogwheels that can get dusty or wear away, or flows of liquid that can leak and get stuck, we only have to concern ourselves with making sure we design our circuit to use the right electric pressure and then maintain it with a power supply. The first electric logic valves used simple switches, big things covering the floor in a hall with wires just to do a simple calculation, but as electrical technology moved on, we were able to use the exact same design philosophy and miniaturise over and over again. Some people even revived the old Cartesian argument about whether the human brain was just a kind of ypologist. In Descartes’ time, nobody had really thought to ask what the physical form of his ‘cogwheels in the brain’ was, but now some materialists began arguing that our brains are just machines made up of biological logic valves. (Audience murmurs) But that’s beyond the scope of this lecture, and starts to fall into synthetic intelligence, which we’ll get into later.

In the 1920s, Professor Mark Lacke and his team at Harvard developed the ‘Big Betsy’ versatile engine. During the dark days of the War of 1926, when they were focused on breaking Societist codes, Lacke’s subordinate Dr Michael Reed argued that they were reaching the limitations of mechanical methods. Reed began using liminos to build logic circuits. This was met with scepticism, because liminos were thought of as unreliable, and a limino-based ypologist would need hundreds or thousands to all work correctly for the entire system to operate. Surely, statistically at least a few would constantly be burning out, so the machine would never be usable. Reed was therefore refused funding to continue under the war conditions. After the war he was unable to secure it from both Harvard and William and Mary to continue his work.

However, from 1933 Reed began working with a quister engineer from Philadelphia, Jack Adams, who had begun using liminos to revolutionise quister exchanges in the city. Adams understood that, while people thought of liminos as always burning out, this stereotype was due to them mostly experiencing them through devices such as Photel sets which were regularly being switched on and off. Liminos were far more reliable when powered constantly, and the Philadelphia Quister Board had had no real issues with their improved exchanges being reliant on large numbers of them.[17] Reed was able to finally secure support from the upstart University of St Lewis, which was eager to get one over on the Ivy League. The success of the early limino-based ypologists was such that theorists and engineers in other nations soon began turning to them as well. This began a new competitive race in cryptography, and the Societists soon fell behind from their formerly pre-eminent position as they were trying different technological pathways. However, limino-based ypologists were certainly too bulky and fragile to try to fit into rocket missile warheads as guidance systems, and in the 1930s this was frequently all that many military and political leaders cared about.

Nonetheless, the work of Reed and Adams – and many others around the world – had finally broken ypologetics out of a focus on mechanical methods, which had reached their limit of applicability. By contrast, when the limino was eventually succeeded by the varifex and then the atenic circuit, the exact same philosophy could be applied, just smaller and faster. Quite unintentionally, and many years after his death, Rieger’s philosophy of logic had given us the language needed to make electricity perform calculations for us. It didn’t matter if that electricty was flowing through big cumbersome switches, or smaller but still chunky liminos, or miniaturised varifexes, or even just the tiny miniaturised printed traces on atenic circuits. The same rules applied: as above, so below. Today people are even speculating about the idea of bringing the surfinal ypologetic circuit down to the level of individual molecules – but be wary, because at that point the rules start to break down and surfinos themselves can start to leak out of your ‘wires’. Perhaps one day we will hit the limit of surfinal ypologetics, just as we hit the limit of mechanical ypologetics in the 1920s and 30s. Look for that day, because it will once again be a revolution in the world around us...

*

(Sgt Mumby’s note)

There, that’s probably about all that’s relevant for now, she goes on into more recent topics like A.I. I’ve also got a couple of other excerpts from science and technology ones we...

(Lt Black’s note)

All right, but try to keep it more concise, we don’t know how long we’ll...

(Sgt Mumby’s note)

Aydub. I mean, OK. (Mutters under breath) Going native...

*

Extract from recorded lecture on “The Realm of Inversion Beneath Us” by Prof T. Jefferson Edwards, recorded November 11th, 2020—

Someone once said that studying science is basically like finding a long list of things you thought you knew, but don’t. Well, there are certainly a lot of fields of science where public misconceptions and old, obsoleted theories have gotten out there, but perhaps no more so than in the world of inversion physics. People think that you can just throw out that word ‘inversion’ and use it to justify any kind of magical nonsense you want. But, though many aspects of inversion physics really are counter-intuitive, it’s just as hard and reliable as the mechanical physics of a steam engine. It’s just that the tiny world of atoms, far beyond what we can see with the naked eye, runs on rules that seem different to us. In reality, the rules are the same everywhere, as far as we know. It’s just that on the scale we’re used to, they start to blur, and we think that blur is just how the world works.

Imagine an ultratellurian looking at the Earth with a very big telescope from Dionysus. He might be able to see lights in the sky over North America every year on the Fifth of November. Imagine the theories he’d come up with to try to explain this cycle. He has no idea that they’re fireworks being let off by people to commemorate an event four hundred years ago. He doesn’t know people exist, he doesn’t know how we think, he doesn’t know that history – he can’t. All he can do is try to explain why part of Earth lights up every year on the same day. That’s what physics used to be, before inversion theory. We were trying to explain how the world worked while only being able to see things on the scale of that ultratellurian. We could still come up with useful conclusions. Just like how that ultratellurian can predict he’ll see lights again 365 days later, he just doesn’t know why, we could understand how steam worked well enough to build steam engines, even though we didn’t really know what steam was, what it was made of, why it behaved like that. But inversion theory has let us dig down below that surface impression and really start to figure out what’s going on.

We all know what an atom is – or should I say, we all think we know what an atom is. All of us are wrong, just some are wronger than others. (Audience chuckles) Many people would start with the Ancient Greek philosopher Democritus, who coined the term. But he was speaking of a hypothetical philosophical point – take a piece of cheese, cut it in half, half again, etc., does one reach a point at which there’s the smallest possible fundamental particle of cheese and it can’t be cut anymore? A better analogy nowadays is probably those damned pseulac construction toy blocks that you tread on in the middle of the night (Audience laughter) – you can pull apart a model someone has made, but you can’t split up the blocks. Anyway, Aristotle didn’t like the idea of atoms because they’d have to have vacuums in between them, and he didn’t hold with vacuums.

Really, though, all we owe to Democritus is the name, atom, from the Greek word meaning ‘uncuttable, indivisible’. The irony is that it’s not even accurate! The concept of atoms was revived in the early nineteenth century by chemists building on the work of Lavoisier, understanding that their more precise measurements now showed that chemical reactions always worked in strict ratios. Again, imagine our ultratellurian on Dionysus, but let’s say he’s got a bit closer and is now on the Cornubia Tower, watching us through his binoculars. (Audience chuckles) He notices that a multi drives into a mobile rental place and ten mobiles drive out, each time. We know that’s because there are ten passengers on the multi who all get out, rent a mobile and drive it out. He can’t see that, but he can deduce that there must be a consistent numerical relationship, and hypothesise the existence of the drivers as the fundamental particle, even though he doesn’t know what they actually are or what they look like. That’s how we were with atoms at this time.

For a long time, a lot of these chemists and physicists argued that atoms were purely a mathematical abstraction, a bookkeeping exercise. The great irony is that just as atoms were starting to get accepted as a physical reality in the 1920s, it was discovered that the name doesn’t fit. Atoms aren’t indivisible, they’re made up of smaller particles after all. We had already begun to dimly discern this, as new types of particles were discovered, but at the time we were not sure of the distinction between particles and pulses – or whether it existed at all. Surfinos had been discovered, and seemed to offer an explanation of charged surficoms and deficoms [anions and cations]. A surficom was an atom with too many surfinos, a deficom was an atom with too few – but just what was the structure of the atom? Where was the charge deficit [positive charge] that balanced the surfinos? In 1929, at Cometa University, Iain McElroy and Wang Yuwei famously tried firing charge-deficit particles through a thin piece of gold foil, hammered so flat it was essentially just a single layer of gold atoms. They expected a scatter pattern, but were shocked to find that most of the particles passed through the foil unchanged, as though it were mostly empty space, and a handful bounced straight back. McElroy, who had been a veteran of the Pandoric War in the Irish army before moving to California, said that it was as shocking as a protgun firing a two-pound shell at an enemy soldier, only for it to bounce off his medals and come back and hit it![18]

This required an atomic model in which most of the mass and charge deficit was concentrated into a tiny core, the caryus as we now call it [nucleus]. In pictures this is often shown misleadingly because of how hard it is to depict the sheer scale of it. The caryus is not like a beachball in the middle of this room; it’s more like a speck of dust in the middle of Rappahannock Stadium! (Audience reaction) And yet ninety-nine plus percent of the atom’s mass is concentrated there, in the charge-deficit definos and neutral neutrinos.[19] The number of definos defines what element it is – an old schoolboy mnemonic that, definos define – but the surfinos can be added or lost and all that changes is the overall charge, with a neutral atom having an equal number of definos and surfinos.

So where are the surfinos? Well, if you believe that blasted model that still appears in textbooks to this day, they are orbiting the caryus in an octahedral pattern, several octahedra inside each other or ‘shells’ as they’re known. Well, I’m sorry to bust your bubble, but that’s nonsense. The octahedral model of the atom was suggested by the Frenchman, Claude Dubois, in 1930 – so yes, we can blame this on the French. (Audience laughter) Ninety years ago, we’ve known it’s been wrong for most of that, and yet it still appears in logos, just because it looks geometrically pleasing.

Dubois was trying to explain the real chemical behaviour of atoms. He knew that atoms, at least for most of the elements then known, can be combined into molecules by sharing surfinos in particular ways. For example, a molecule of aquaform consists of two aquaform atoms linked by sharing a pair of surfinos, which chemists call a single bond. A molecule of elluftium is, similarly, two elluftium atoms, but they share two pairs of surfinos, or a double bond. And a molecule of illuftium is two illuftium atoms sharing three pairs of surfinos, or a triple bond.[20] Dubois wanted a model that would explain how atoms were able to share surfinos in such a way. He also knew that, at least for the first couple of columns of the tablet of elements, there could be a maximum of eight surfinos in the outer shell.[21] His solution was an octahedral shell with a surfino on each vertex, or point, and the caryus (and any lower shells) at the centre. Two octahedral atoms could either touch at a single point to share a pair of surfinos, one from each of their vertices; or they could touch along a side between two points, to share two pairs; or they could touch along a triangle of three points, sharing three pairs.[22] In some ways, it was a brilliant theory; but it was simply wrong, like our ultratellurian guessing that his multi was full of dogs wanting to rent mobiles rather than people. (Audience laughter) It made sense so long as he didn’t know that dogs can’t drive – no matter what Califilms would have you believe – but then we found they didn’t, in a manner of speaking. Yet that Dubois model still sticks around...

One reason why it does is that the reality, or what we think is the reality, is more complicated to draw a picture of. The surfinos don’t orbit in a nice geometric pattern, they zoom around unpredictably all over the place, but primarily in areas defined by what we annoyingly still call ‘facets’ for historical reasons.[23] Trying to draw them all on one picture is a nightmare, as you can see here. (Audience reaction) It’s not as complicated as it looks, well, mathematically it is, but it’s not that hard to explain if you play a stringed instrument like a guitar or violin. People who do will know that you might pluck a string to play middle C, but put your finger in the middle, pluck it again, and now it’s up an octave. No matter where you put your finger, though, the string must always be stationary at both ends – it can’t be vibrating anywhere other at the end, or it would snap and break away. This means that you basically have a limited number of notes, or harmonics. You can have one wave vibrating in the string, or two, but you can’t have one and a half. Facets are the same, they’re just in three dimensions. These strange shapes are just like your vibrating guitar strings, just showing vibrations in three dimensions rather than just one. Just as notes go up in tone as you have more wave vibrations in a string, the more you have in a facet the higher-energy it is.

This is important for inversion theory. It means that, like a musician only has a limited number of notes, an atom only has a limited number of facets to put its surfinos in. Think of it as a bookshelf. You can fit eight books onto this shelf, then you have to move up to the next one. What you can’t do is have a book floating halfway in between. Energy is absorbed by an atom when a surfino is promoted to a higher level – like putting a book on a higher shelf – and released when that book falls back down again to its lowest possible state where there’s space on the shelf.

All of this seemed fairly esoteric to the average person at the time. But atomic models were not only important for explaining chemical behaviour. ‘Inversion theory’, like many terms later accepted by the mainstream, was originally a pejorative one used by opponents of the theory. It was so called because the theory turned two assumptions of old-style classical physics on their head. Atoms were indivisible, and energy could have an infinite range of values. But this had caused a problem whereby the old theories predicted that a luft fire, for example, should produce a runaway amount of supracynthic light and end up frying you with del-para.[24] That doesn’t happen, and it can only be explained if energy can only be released or absorbed in limited packets of fixed amount, like coins adding up to an imperial. So, inversion theory says atoms are divisible and energy is limited, or ‘quantised’ to use the word some people prefer.[25]

Atoms were divisible. Not only could they gain and lose surfinos, but that caryus could...well, look at it. Even in a more accurate picture of the atom like this one, the caryus looks the same as on those blasted Dubois atoms. There’s two problems with all our atomic models that should be obvious if you stop to think about them. Think about the rules of electric charge you learned in school. Deficit-charged particles, and neutral ones, in the middle, and surfinos flying around them. What’s the problem? Any ideas? (Indistinct sound) That’s right. There’s actually two problems. The one you mentioned is that the surfinos should just spiral in to the caryus, because charge surfeit and deficit attract each other. That doesn’t happen because of the discrete quantised ‘shelves’ I mentioned before. Imagine the books can’t fall further than the bottom shelf, and the caryus is below that. There’s more to it than that, but we won’t get into it. What about the other problem, can you guess? (Indistinct sound) Yes, very good. Why do the definos in the caryus not just repel each other and fly apart, if they all have a charge deficit?

The answer is that they’re trying to, all the time, but there’s an extra force which we don’t see on our everyday level, like we see gravity and electromagnetism. This is usually called the Local Von Guericke Force, named by the Germans of course after their seventeenth-century pioneer of vacuum physics. A bit confusingly, as it has nothing to do with vacuums, but it was named by analogy to how vacuum pressure alone can hold two things together against all attempts to pry them apart. It only operates over a very short range, hence why we don’t see it on an everyday level and the ‘local’ part of the name; some people just prefer ‘the local force’ or ‘the glue force’.[26] It may seem like a bit of a cop-out to attribute it to something we can’t see, but there is good evidence for this. The important part here is that, while we certainly didn’t even start to understand this force until recently, it was clear that there must be something holding the caryus together against the electric charges trying to push it apart, and that must be tremendously powerful. Therefore, there must be vast energies sealed inside the atom; what if they could be released?

Yes. Exactly. Some of the groundwork had already been laid by Signora Silvia Nuvoli and her husband Giuseppe just prior to the Pandoric War, when they had discovered del-para light from how certain xanthium salts exposed asimconic plates. It’s a tragic story in which they, like other early researchers, were exposed to damaging levels of del-para and died young of cancer – though we shouldn’t forget that most of the world was similarly killing itself, a bit more slowly, with tobacco at the time. (Audience murmurs) The Nuvolis’ work had led to a revolution in our understanding of light, together with other work on the Bietmann Problem.[27] At the same time, the New Yorker, James Lyell Parsons, had discovered osteographic rays, another form of paralight.[28] Studies showed that del-para and some osteographic rays were produced from atomic sources which, when examined later, were shown to have transmuted to different elements – the old impossible dream of the alchemists. This could be explained if they had large, unstable caryii, at the limits of which the local force could operate. They had physically split in two, producing two new atoms of different elements and releasing some of the trapped energy. For example, Signora Nuvoli’s xanthine salts had broken down to a combination of barotium and xenine.[29] This was fascinating enough on a small level, atoms breaking down slowly, but what if a large number of atoms could be persuaded to break at once?

And so, from this seemingly obscure and esoteric area of science would come the carytic power and the threshold bomb that, in so many ways, rule our world today...

*

(Sgt Mumby’s note)

Right, that should finally satisfy Pataki...I also have a bit on relativity, so maybe I could add that here too...?

(Lt Black’s note)

Uh-oh, I think I hear him downstairs. Save it for another time.















[1] ‘Synthserf’, as we’ll see, is the term used in TTL for ‘robot’, in this case describing a robotic arm for assembling cars. It is frequently misspelled as ‘synthsurf’ because people connect it with the word ‘surfinal’ (electronic) rather than ‘serf’ as in unfree labourer, but the concept largely predates surfinal technology.

[2] Referring to a chemical innovation known in OTL as ‘metal-organic frameworks’ (MOFs), which are at a higher level of technological implementation in TTL.

[3] See Interlude #14 in Volume III.

[4] This is passing over more complex cases like the infamous Atlantic ‘triangular trade’ of slaves, raw material cotton and manufactured goods such as linen clothing.

[5] See Part #216 in Volume V.

[6] This being described as ‘Bisnagi mathematics’ rather than ‘Indian mathematics’ reflects a prejudice in favour of Bisnaga, which is associated with modernisation and advanced technology, and against the more ‘backwards’ Indian states (either because they are poorer or, in the case of Panchala, because they are seen as anti-intellectual). This view is helped by the fact that a number of the homes of a number of early Indian mathematicians is a matter of debate even in OTL, and many more Indian records and archaeological sites were destroyed in the Great Jihad and its aftermath and TTL. Even unambiguously northern Indian mathematicians have a tendency to be filed under ‘Bisnagi mathematics’, however.

[7] Photel Carytic Oscillation is the term used in TTL for what we would call Nuclear Magnetic Resonance (NMR) or Magnetic Resonance Imaging (MRI). The analogy here is not perfect, because there are plenty of other uses for Pascal’s Triangle that Pascal (and his precursors) would have been well aware of.

[8] This is used generically to mean what we would call analogue-to-digital, and probably specifically refers to what we would call Fourier Transform. Incidentally, Fourier Transform would itself be a good example of the delay in practicality that Coningsby is talking about here. In OTL it was posited (in an early and imperfect form) by Joseph Fourier in the 1820s that any wave, no matter how complex, could be reduced to an additative series of sine waves. A century and a half later this observation would make (among much else) CD digital audio possible.

[9] The same ‘algebra of thought’ ideas that make Leibniz’s work important for the history of quantitative logic (as called in TTL) are also bound up in his notion that this could be the basis for a universal human language (as mocked by Voltaire with the character of ‘Professor Pangloss’ in Candide). Naturally, this is seen as a bit dodgy in the later context of a Societist-influenced world.

[10] Rieger’s work is equivalent to that of George Boole (father of Boolean algebra) in OTL.

[11] Equivalent to Gödel’s Incompleteness Theorem in OTL.

[12] Logic gates in OTL.

[13] See Part #204 in Volume V.

[14] In OTL the terminology is ‘real time clock’, with reference to ‘clock speed’, ‘clock up/down’, etc.

[15] The second names Coningsby gives are sometimes used in OTL in engineering; the first names are German versions of the OTL names typically used in circuit design, as they are derived from the pre-existing language of logic, but in TTL the key work was first published in German.

[16] Semi-summers are referred to in OTL as half-adders.

[17] This is similar to what happened in OTL at Bletchley Park during WW2, in which a British telephone engineer named Tommy Flowers had to make the same argument against a sceptical establishment, though his work impressed Alan Turing and secured him his support.

[18] See Part #201 in Volume V. This is similar to OTL’s Geiger-Marsden experiment from 1908-13. Ernest Rutherford made a similar comment about how unexpected the results were.

[19] Definos and neutrinos = protons and neutrons (confusingly, ‘neutrino’ means a different particle altogether in OTL).

[20] Recall that aquaform, elluftium and illuftium are hydrogen, oxygen and nitrogen respectively.

[21] The ‘Table of Elements’ is the TTL version of the periodic table, which is vertical rather than horizontal.

[22] The octahedral atom is similar to OTL’s cubical atom theory theorised by Gilbert N. Lewis in 1902, published in 1916 and refined by Irving Langmuir in 1919. One reason why it has stuck around in TTL is that it better explains atomic behaviour because it allows two octahedral to touch at three points to make a triple bond, whereas the cubical model could not because cubes can only touch at one, two or four points. Another reason is there is a longer gap before quantum models come along, whereas the cubical atom was almost immediately obsoleted. Of course, OTL instead has the annoying prevalence of the Rutherford ‘mini solar system’ model of the atom, which still appears everywhere despite having been disproven almost a century ago.

[23] For the same reason, the OTL equivalent are referred to as ‘atomic orbitals’, even though we have abandoned the idea of simple orbits.

[24] Known as ‘the ultraviolet catastrophe’ in OTL.

[25] Hence in OTL ‘inversion theory’ is instead called ‘quantum theory’.

[26] In OTL it is called the Strong Nuclear Force, or just the Strong Force.

[27] See Part #254 in Volume VII.

[28] I.e. X-rays. ‘Paralight’ in TTL terminology means electromagnetic radiation with wavelengths shorter than that of visible light. ‘Del-para’ is short of ‘deleterious paralight’, meaning ionising radiation dangerous to life (mostly synonymous with gamma rays, but sometimes applied to X-rays and ultraviolet or ‘supracynthic light’).

[29] Xanthium, barotium and xenine are known in OTL as uranium, barium and krypton, respectively.
 
The advocates of the old Optel system had argued that they had a hexameric data stream, six paddles going at once, which must surely be better than the single data stream of Lectel. But what was found was that Lectel was so much faster than reading and re-transmitting Optel shutterboxes that it more than made up for that difference. Now Lectel actually became a trimeric system – 0, 1 and 2 – because Bicker code used short and long signals, dots and dashes.
Oh dear. Timeline L uses the same words to describe base and word size? That must be confusing.

"The fundamental dimeric system here is hexameric, but for conciseness we'll be describing it as a dimeric octameric system."
 

Thande

Donor
Oh dear. Timeline L uses the same words to describe base and word size? That must be confusing.

"The fundamental dimeric system here is hexameric, but for conciseness we'll be describing it as a dimeric octameric system."
That was a mistake on my part as I hadn't realised I'd used the same terminology twice, but it does feel like the sort of messy thing that happens in real life, so I think I'll leave it...
 
313

Thande

Donor
Part #313: All That Glitters…

“WE BUY GEMS
WE BUY JEWELLERY
The Unofficial Market Has Never Been So Strong

Contact Scott-Annam Discreetly on Motext page 24J-112”

- Hand-made advertisement seen on Cooper Street, Fredericksburg, ENA.
Photographed and transcribed by Sgt Bob Mumby, December 2020

*

(Lt Tindale’s note)

While Bob and Dom get yelled at downstairs by Dr Wostyn for sending him on that wild-goose chase, I thought to myself, there’ll never be an opportunity like this to get in some economic history. Now where did I put that recording…

*

Extract from recorded lecture on “The Imp in Your Pocket” by Michael Mantarakis, recorded November 16th, 2020—

Gold! Gold has excited the imaginations of mankind since our earliest, forgotten years. The Noble Metal, which the ancients thought always remained aloof and did not combine with others – not entirely true, but combinations are relatively rare compared to other metals – and which stood out due to its colour and lustre. The scientists now tell us that the colour arises from Webb-Popham relativistic effects; I could not explain that, as it’s not my area of expertise, but imagine that. The theory which changed our understanding of the universe was always on open display before us, if we had had the eyes to see, and gave rise to the colour of gold which has fascinated and obsessed us for thousands of years.[1] As soon as there was civilisation of any kind, be it Sumer or ancient Egypt or even the lesser-known Proto-Caucasians, we find elaborate tombs with kings and princes buried with gold jewellery.[2] We all know the cautionary myth of King Midas from my people, who turned everything he touched to gold – whether he wanted to or not. It is most probably an origin myth to explain the rivers of the lands of Lydia and Phrygia, in modern Anatolia in the Eternal State, producing gold that made the later King Croesus legendarily rich.

Gold is so central to our imagination of wealth that we frequently forget that the reason why it is so valuable is its rarity. Perhaps that sounds obvious, but I don’t think people appreciate just how rare gold is. Ninety percent of all the gold ever mined in human history was mined since the California Goldrush in 1818-19.[3] Even today, all the gold ever mined would fit in a cube about seventy feet on each side. Or, to put it another way, about enough to fill just under four Global Games swimming pools.[4] (Shocked audience reaction) Before 1818, it’d have fitted into a cube only thirty or so feet on each side – which would easily fit into the House of Commons chamber, for example. Nobody guess how long it would stay there before the politicians decided to start taxing it. (Audience laughter) But just think about that, all the gold in the world in one place would only be that much. Now remember all the depictions in fiction that have shown pirates or unscrupulous wealthy villains with ships full, vaults full, of gold.[4] To the economically literate, such scenes are as absurd as if one watched a film in which one character was twenty feet tall and drove a mobile powered by eggs and nobody seemed to notice or comment on it!

Gold’s scarcity is what makes it so valuable and so relatively stable, for the most part, but also causes problems with using it as a currency. When we tie the money in circulation to a specific commodity – especially a highly limited one – that limits our economic growth. Of course, it was never the case that when currency was backed by a precious metal, the amount of money in circulation was tied to the amount of that metal alone. The key principle of banking is that a bank can always theoretically pay out commodity coinage, which is inherently valuable, such as gold or silver coins, to any account holder who walks in and asks for it. This works, providing that not every account holder walks in at once and asks for it, because the bank is moving their limited amount of money around in order to fulfil transactions elsewhere. If this does happen, in the case of a ‘run on the bank’, then the bank will be unable to refund them all and will collapse, unless it is rescued by emergency funds from elsewhere. (Audience grumbles) Nonetheless, even though a small amount of gold can physically stay in the vault of one bank and be theoretically loaned out again and again through promissory notes, fixing currency to a limited commodity still inherently limits economic growth.

In order to do that with gold, or any commodity, of course, one already requires a stable banking system and a state to back it up – though historically banks have backed up states as well! For much of history, the only state strong and stable enough to be able to operate such a system was China. China could issue fiat currency, paper money, for internal use long before anyone in Europe trusted it. Even the Roman Empire found its own economy disrupted by forces from the China trade.[5] The Chinese economy was always founded on silver as the chief commodity, along with silk early on, but silver ingots were hoarded rather than exchanged until the Ming dynasty. Even though China was still largely inward-looking at this time, we can see how the interaction of European and Novamundine influences with Chinese ones helped set the monetary policy of the later world. The Spanish had obtained vast silver mines from the Novamund and silver began to flood into the Far East as a means of exchange. The Ming statesman Wang Juzheng implemented what we would later recognise as China’s silver standard, collecting taxes in silver taels rather than rice. It had been an indirect European influence, by making silver more available, that had helped set China’s economic policy; in later centuries, this attachment to silver would feed back, as China in turn influenced the West.

China is the best-known example of a silver standard economy, but silver was the basis of a lot more economies than gold throughout history, from the Sumerians onwards. Gold first rose to prominence as the primary basis of an economy due to an accidental decision by famous scientist Sir Isaac Newton, who was also Master of the Royal Mint at the time, which undervalued silver in England compared to gold. ‘Bad money drove out good’ and England, then a rising power, became dependent on gold, while silver coins flowed out of the country to Europe as they could be melted down for higher than their face value. This naturally also influenced matters here in what would become the ENA. This early push for gold was abortive, though, when England was invaded by the French and she lost much of her gold reserves.[6]

Europe in general had been damaged and exhausted by the Jacobin Wars, while China had been unexpectedly opened to further trade by the rebellion during the Three Emperors’ War that gave rise to the Nanfeng dynasty.[7] Visionary leaders in both Europe and China realised that this was an opportunity to help rebuild after their respective wars, and trade between China – those parts controlled by the Nanfeng – and the rest of the world dramatically accelerated during this period. Prior to this point, China under the old Qing dynasty had been backward, inward-looking and reluctant to trade. The Qing might be foreign invaders, Manchus, but despite that, or because of that, they seemed eager to embrace the more autarkic parts of Confucianism, more than many of the native Han dynasties in fact. The Qing steadily reduced trade to only one city, Canton, modern Hanjing, and would only accept one commodity, silver – though from the ENA, Appalachian ginseng was a second trade commodity.[8] At the same time, European and Novamundine powers became more and more hungry and impatient for China’s bounty of trade products; tea, porcelain, lacquerware and silk chief among them. The trade was seen as nothing more than a trickle to Europeans and treasuries were being emptied of silver. Unscrupulous traders began illegally trading the drug opium to Chinese merchants. The Qing government proved ineffectual at cracking down on this, encouraging others to try the same, and even the more legitimate major trading companies tried it. The British East India Company infamously caused a famine in Bengal in 1770 by forcing farmers to grow opium poppies instead of food, all to feed the ravenous trade balance.

The Three Emperors’ War and the rise of the Nanfeng, the later Feng, changed all that. The Feng might have been birthed in part by secret societies with the romantic goal of overthrowing foreign rule, but they were also run by hard-headed businessmen who knew Europeans better than anyone in China, and also knew how to strike a deal. Both Nanfeng and Europeans were in weak positions. Twenty years earlier or later, a country like France could have sent a fleet to try to enforce its will on the Chinese traders. (Audience reaction) Yes, I mean no disrespect to the Chinese people by saying so, I don’t seek to compare them to a country like Yapon! But things were in turmoil at the time and a strong foreign force could have forced an unequal deal on the Nanfeng. Fortunately for China, damaged Europe was in no place to do so. A new trading arrangement grew up as a partnership of equals, as both Europe and the Nanfeng rebuilt and rose again together, and we in the Novamund rose to join them. The Nanfeng were able to severely limit the opium trade and actually enforce it, unlike their Qing predecessors; though opium was valuable, the European traders mostly recognised that it was better to stick to providing the less valuable but more reliable trade goods which the Qing had previously turned their noses up at. The old Dutch were the only ones who tried to carry on the opium trade surreptitiously, and we all know what happened to them. The Nanfeng proved that they could force a country out of the China trade if it broke its treaty obligations, and the fact that the Dutch collapsed soon afterwards in the Popular Wars rammed the point home.

I mention all this because Nanfeng China, Feng China’s, integration into a global economy changed everything. China had never truly been as aloof from the world as its rulers might like to think, but this direct involvement was a new concept altogether. China was not merely a silver sink anymore, but a part of an economic system, with silver flowing out as well as in, paying for European weapons and training and steam technology. And from the Novamund as well, of course. Silver was the primary exchange commodity of world trade, with China also influencing Siam and, later, the Indian nations after the Great Jihad after the establishment of their colony of Jushina.

One might have expected a change to a gold standard to be driven by the repeated goldrushes of the nineteenth century. This certainly dramatically increased the gold supply and made gold more viable as a means of currency exchange. In the short term, however, many goldrushes close together caused a destabilisation in the price of gold. Neither precious metal alone could entirely supply the exchange needs of the rapidly-industrialising and –developing interior of this nation and what was then the UPSA. Local banks were often set up, illegally issuing paper money backed by nothing more than wishful thinking, frequently collapsing and wiping out savings every time there was an economic ripple.[9] But they existed because people needed the ability to save and invest to keep up with the pace of economic development, driven in part by new technology such as steam engines and railways. Floods of immigrants left Europe for here in the ENA, the UPSA and Antipodea. The situation was highly volatile.

The Electrum Standard, which still carries connotations of being ‘the good old days’ whose passing is bemoaned by greybeards – even though no-one lives now for truly remembers it – formally came about later than many imagine it did, in 1883.[10] Informally, however, it had already begun to form organically. The repeated injection of large quantities of gold into the global economy, and the fact that that economy was gradually incorporating more and more of the world, gradually led to an increased use of gold to underwrite the industrialised economies of the Arc of Power here in the ENA, the River Plate in the UPSA, the coal belt of northwestern Europe, and the Moscow-Petrograd corridor in Russia. At the same time, Nanfeng China continued to increase in power and importance and still ran her trade on a silver basis. Silver mines across the New World, most famously perhaps in the Californian province of Argentina, continued to produce and farmers remained wedded to silver as an easier means of exchange.[11] Diamonds and other gemstones were also entering the world economy in much larger quantities than before, largely from the Cape Republic as well as the gem mines of Cambodia in the Siamese Empire. Initially this led to widespread economic disruption, before cartels agreed to limit the diamond supplies; later, after the Societist takeover of several African diamond-producing regions,[12] the Combine would use control of this market as an economic weapon, like their better-known attempted use of oil.

The volatility of the world economic situation in 1883 was demonstrated by the fact that a global depression, the Panic of 1883, was set off by the relatively minor incident of isolated crop failures due to a volcanic eruption in the Nusantara. The exchange rate of gold to silver had proved too unstable, and this had led to several bank collapses. Now, for the first time, world powers met in Antwerp to agree to fix the gold-to-silver standard exchange, initially at 15:1. Hopes that this could be maintained indefinitely proved fruitless, however, necessitating regular meetings of what became known as the World Numismatics Council (Audience reaction) Of course, this was before the rise of Societism made terms like that politically charged. Yes, every three years or so the WNC would meet to fix the rate of exchange. There was still a lag, leading to situations like the earlier one in England I mentioned, where silver coins might become more inherently valuable than their face value and lead to illegal currency flows and melting down to ingots. Gold became more and more important as a more stable rate of mining from Africa replaced the stop-start disruption of the goldrushes, and even China began unofficial defining its external markets in terms of gold. The global gold market would not be affected by issues of supply – other than mines pausing operations due to war – until the Trondek goldrush of 1933.[13]

The Antwerp System had its flaws, but it served to moderate global financial volatility until it failed with the outbreak of the Pandoric War in 1896.[14] Perhaps the surprising part is that the Electrum Standard did not collapse immediately as more and more powerful nations suspended interconvertibility and began to print fiat money to fund their war efforts. An important factor in keeping the heart of the system stable was the neutrality of France and the Marseilles Protocol. (Audience reaction) Yes, France’s position has been much-criticised on moral grounds, but in terms of the world’s economy, a league of armed neutrality backed by what was then the biggest economy on Earth meant that trade could continue to function under the wartime conditions. By effectively threatening to intervene on one side or the other to tip the balance, the French – backed up by the Italians and a host of minor allies – were able to protect the status of neutral shipping on the high seas. This had a number of consequences. For example, attempts to blockade import-dependent nations such as Germany into starvation all failed. No power was willing to risk sinking a ship sailing an obviously fictitious neutral flag of convenience lest it antagonise the French. This worked both ways, of course; in order to constitute a credible threat, the French had to scatter their forces across the world to be ready to intervene, which meant that they were unable to put down the Dufresnais Revolution, for example.

Because France never suspended the Electrum Standard within its own economic bloc, the French economy became even more dominant over the course of the war as the ENA, UPSA and China all began to exhaust their reserves. However, France then fell into a trap. When the UPSA was replaced with the Societist Combine, the Combine defaulted on most Meridian debts – which largely came at the expense of France, whose banks had continued to lend to Meridians throughout the war. (Indistinct reaction from audience) Well, some would say so, perhaps. Prime Minister Leclerc built the International Expeditionary Force out of Marseilles Protocol troops and sent it to the Combine after the war, not to try to suppress Societism as is often thought today, but to try to secure French-owned businesses and French subjects there. In the end, this effort was largely a failure. The French economy had strengthened due to not suffering the same rise in military spending to fund the Pandoric War effort that other nations had, but France just ended up spending on its military for the IEF intervention instead.

Nations attempted to rebuild the Antwerp System after the war, more out of a vague sense of wishful thinking than with any plan in mind. Nostalgics associated the Electrum Standard with prosperity, and confused cause and effect.[15] The loss of the UPSA and much of the Hermandad to the interconnected global economy, as Alfarus built his inward-looking ‘udarkismo’ system, was an elephant in the room that gradually began to undermine the standard. The reconstructed Antwerp System limped on, its obvious fragilities ignored by those who did not wish to see them, until 1917. The Panic of 1917 was triggered by Guatemala defaulting on a war reparations payment coupled to a political and economic crisis in Corea. However, something similar could have happened at any time, if enough isolated problems had come together at once so that financiers could not try to head them off. Discussing the response to the Panic of 1917 would take more than one lecture in itself, but it dealt a fatal blow to the Electrum Standard. While still publicly professing that any suspension in the system was temporary, national banks once again suspended interconvertibility with gold and silver and began to print fiat money to increase the money supply. This stabilised creaking parts of the economy in the short term, but also led to rapid inflation.

The Panic of 1917 exposed a double standard in how financiers and markets responded to this intervention. Small and friendless nations could not unilaterally print money without sparking bank runs and collapses as capital fled the country for stabler markets. By contrast, great powers such as France, Russia and the ENA were said to have their currencies ‘backed by steel’ rather than gold or silver; in other words, their military power was itself regarded as a security to protect investments and prevent internal mob violence from overturning banks. This allowed these countries to intervene to protect the economies of smaller allies via loans, while making their governments beholden to them. China also did this, notably to Corea, but China itself had probably suffered the least of the major powers in the Panic to begin with. The most dramatic collapse in the Panic came in Belgium, precisely because King Maximilian IV acted as though Belgium was a great power and immune to criticism, while ignoring the fact that his own heavy-handed interventions in politics had made investors and banks jittery. He arrogantly rejected French financial aid which might have saved his position. The obviously-rigged election of 1918 led to a public uprising which was put down only with Russian help, effectively reducing Belgium to a Russian puppet and setting it on the course for destruction in the Black Twenties.[16]

This unstable state of fiat currency being the global norm would continue throughout the Black Twenties, as both war and plague response consumed public funds. Inflation and debt both skyrocketed. Despite China and Siam’s neutrality, the economic chaos began to bleed into their economies as well. China’s sometimes overly strict responses to plague outbreaks damaged its economy and made it a hostile market to European and American investors who otherwise might have seen China as a safe harbour with the war back home. Societist success in the War of 1926 (Audience reaction) made Alfaran udarkismo seem more attractive to the nations, and some, such as Corea and later Panchala, would attempt to imitate it – with disastrous consequences, for those nations did not have access to a large chunk of the world’s resources in bondage as Alfarus did.

The post-Black Twenties boom resulted in increased prosperity but not, initially, increased stability. The volatility of the fiat-based economy continued, though many had gotten used to stop-start inflation and regular currency and wage crises as the ‘new normal’ as it had been over a decade since the Panic of 1917. What initially prompted a rethink was what became known as the Shock of 1934, an economic wobble probably caused initially by rumours about French trade policy with respect to Bisnaga and Péousie, coupled to the aftereffects of the Trondek goldrush. Financial experts generally agree that this could have been a new major contraction if it had not been tackled by quick and audacious action by the central banks of France, Russia and the Empire. China had still yet to fully re-engage in the global markets following the political crisis of 1930-31, which would be significant.

It was remarked at the time that, despite those three great powers having been at each others’ throats not long ago, their bankers had acted for the good of all, because maintaining a stable global economy was in the interests of all people. This ultimately led to Jerzy Rytlewski’s ‘Carltonist Pacifism’, a critique and counter to Societism in which Rytlewski argues that this impetus towards economic cooperation could subsume military goals and so prevent war. Of course, in many ways it was just a restatement of similar ideas from the Long Peace, which the Societists had already rejected – that long period of peace for economically-driven reasons had eventually ended.

I digress. The sequence of events that led to the establishment of the Gold Standard is a complicated, confusing – and frequently confused – one. There are many times I have read monogrammes by otherwise intelligent writers who confidently state causes for this establishment, causes which had not actually happened yet! Sometimes it can be difficult to separate causes and consequences, as this was an eventful period and a broad shift in one direction can be hard to unpick. Nowadays the ASL likes to stir up controversy among historians for its own sake, but the so-called ‘Auric Controversy’ over the Gold Standard is as old as the standard itself. Many economic historians argue that the establishment of the standard possessed an almost Paleian inevitability to it, driven by the changing nature of the world market and the increased gold supply. Many others argue, with equal eloquence, that the establishment of the standard was an unlikely event which came about only because of a precise combination of chance factors, such as the identities of individual treasury ministers and the absence of China from the table at a critical time.

The latter factor was certainly significant. China’s use of silver for its internal market had always helped underpin the Electrum Standard, but following plague and crisis there, this factor in favour of a role for silver in the world markets had declined. The old UPSA had also been a substantial voice in favour of silver, being a major producer of the metal from the mines in its client states of Peru and (to a lesser extent) Mexico.[17] The ‘Golden Sun and Silver Torch’, though with other symbolic meanings to the Meridians, could also be seen as a declaration in favour of the Electrum Standard. The UPSA had been replaced with the udarkist Combine, which had its own ideas about currency standards which I’ll get to later. Even if the Combine had been participating in these debates, it now had access to substantially more gold than the UPSA had, possessing the Congo and beginning to develop gold mines there.

In the absence of the Chinese and Meridian voices pushing for silver, the debate was now dominated by the Empire, France and Russia. Within those nations were internal voices for silver, but these too were growing less important. Continental France had mostly used gold internally, with silver being more important for colonial trade with and within Bisnaga.[18] As it was now clear that the wind was blowing in favour of Bisnagi independence, a standard based on gold only seemed more in the interest of propping up the domestic French economy.

Here in the Empire, the primary supporters of silver had been farmers and miners in the West, away from the Arc of Power. There had always been a loud minority in the industrialised east arguing for a gold standard, but this had not seemed politically feasible when the other world powers were wedded to electrum. Now, a few things had changed. Industry was spreading to more cities in the interior, the farming sector had been heavily disrupted by the Black Twenties, and the party system had been shattered by both the war and then electoral reform. There was no coherent pro-silver voter bloc anymore; even though the leading Pioneer party was drawing on what should have been pro-silver demographics, in this brave new world of coalitions, the government was also being backed by pro-gold east coasters. Opposition to the gold standard would mostly come on the Confederal level of politics, with the eventual establishment of the Agrarian Party of Michigan and the Argentine Party of Westernesse and its neighbours,[19] which would go on to merge into today’s Agri-Argent Party. For the moment, pro-gold voices were in the majority.

In Russia, things were not so democratic, of course, but there were similar factors involving the industrialisation of the interior and wealthy industrialists gaining an increasingly loud voice in the Imperial Soviet at the expense of traditional aristocrats. Russia also brought along Romulan Italy as an important partner, and Italy also argued in favour of gold.

By far, though, the single biggest factor was simply that people were sick of economic volatility and wanted to try something new to try to stabilise the world markets. Simply trying to rebuild the glory days of the Antwerp System from the Long Peace had already been showed to be flawed. Now, important voices such as French Prime Minister (and former Controller-General) Loïc Caouissin argued that the world had changed and a monometallic gold-based standard would bring stability and fend off currency crises. Caouissin pointed to the vastly increased supply of gold to the world market from Pérousie, the Cape Republic, Russia, Natal, and the Empire. The Trondek goldrush had also not destabilised the price of gold to the point that many had predicted.

At the Passau Conference of 1935, representatives from over a dozen governments agreed the so-called ‘Passau System’, which would be ratified by all major economies except the Combine over the next couple of years.[20] The Passau System locked all currencies to a fixed rate of exchange with gold, with the goal of prevent competitive currency devaluations and tying down inflation. In practice, a 3% rate of deviation was permitted in case of emergency, with nations expected to take action to remedy any shift beyond this by buying foreign currency.

Where the Passau System struggled was that the nations were, understandably, reluctant to create any kind of arbitration body to take action against any who violated the rules. Despite this, compromise built on compromise until the Transoceanic Office for Financial Standards (TOFS) was created and ratified in 1936.[21] TOFS’s ruling executive consisted of a council of eight, with permanent seats for representatives of the Empire, Russia and France and five rotating members drawn from other participating nations. China initially refused to take part, attempting to continue its former policies. In 1940, however, the Chinese government U-turned and joined TOFS in return for a constitutional change to create an existing permanent seat, saving face. Part of the reason for China’s move was the increasing development of gold mines in China’s own territory, leading the Gold Standard to become more favourable towards Chinese interests.

I should explain that one part of the shift to gold was that it banned or restricted the coinage of ‘free silver’ as it had been known. Historically, in most nations it would be possible to take a silver ingot to a mint and have it minted into legal-tender silver coins. The Passau System, by contrast, heavily restricted this former right, which was viewed with outrage in more silver-dependent parts of the world.

The gold-based Passau System would form the foundation for the world economy for more than twenty years, from 1935 until the Crash of 1956 which helped trigger the Sunrise War. This era would be one of near-unprecedented peace and prosperity, eclipsing even the Long Peace in terms of rises of standard of living. This was driven in part by new technology, produced by industrial companies which benefited from the stability that the Gold Standard had imposed. Nonetheless, there were also many losers as well as winners. I already mentioned agriculture, which suffered from the effects of the limited gold supply. While the Passau System stabilised prices and sharply cut inflation compared to the last decade, it also somewhat tied the hands of central banks to respond to minor crises, which could lead to individual bank failures.

In terms of nations, winners and losers were not always easy to predict. As I said, China was a fervent opponent of the Gold Standard but ultimately ended up benefiting from it. Germany’s economy also recovered under gold after much scepticism from German society. Several African nations suffered short-term disruption but then also benefited, being gold producers themselves. (This is one of those factors which I say people sometimes cite as causes of the Passau System, even though the voices of African nations were not heard until the Toulon Conference which took place after Passau!) The Indian nations generally suffered a decline from the shift to gold, which in Bisnaga was viewed as an act of spite on the part of the French. The effect of the stabilisation on both prices and wages was seen both positively and negatively by workers in different industries, depending on the context they had started with. One reason why the novelty of electrical technologies are so associated with this period is that their producers still had room to expand their markets in the new artificially gold-restricted world, and attracted workers with high wages as a consequence.

In all this, I haven’t talked about what the Societists were doing, of course. In the last years of Alfarus before the Silent Revolution, a new Societist economic policy had been pioneered by Josephus Kalvus. Kalvus argued that a key lesson of the Black Twenties and the War of 1926 was that coal was in decline as a source of energy, and was increasingly being replaced by oil and its derivatives.[22] Firstly, he claimed that the Combine could effectively blackmail the world if it was able to control most sources of oil. (Audience reaction) Yes, well, nobody ever said it was realistic. Kalvus had some legitimate points about oil, but he was also a legacy of the fact that anyone who could rise to the top in the late Alfaran period was someone who was more skilled at political survival and bluffing his way through the so-called meritocratic tests than he was at his actual job. The Combine did have access to the vast oil reserves of Venezuela, but they should have known that, even at the time, the Empire, New Ireland, Persia and Russia had oil fields far too vast for the Societists to have any hope of trying to establish a near-monopoly. And this was before the oil in Araby, Guinea and the German Sea, among others, was discovered. Kalvus did have more success with a similar argument about trying to control the world’s rubber supply, I should said, which led to a push for alternatives and a drive towards pseulac…that’s another story.

But that was only half of Kalvus’ argument. He also claimed that the Societist udarkist currency unit, the shikullus (later replaced with the mundo), should be based on the global value of oil, believing that the entire economy should follow the oil supply. It should have been obvious that, with new oilfields and exploitation techniques being regularly discovered and new technologies that consumed oil also changing the demand side of the equation, this was a recipe for chaos. However, as I said, in the late Alfaran period few were still willing to speak up and criticise an obviously disastrous idea.

It was a significant moment for the future of Societism. Both Danubia and the Eternal State politely declined to join this attempt at a new world order. The former was, perhaps, not surprising to the Combine by this point, but the second was a shock – the Combine had thought their advisors had been establishing control in Constantinople. Regardless, Kalvus’ ‘Oil Standard’ was predictably disastrous and the Combine had abandoned it in 1936, only one year after its adoption. To the Societist mind, being forced to publicly retract a former policy was a bigger sin than the negative effects the policy had had in the first place. By this point, it is suspected that Alfarus had suffered a stroke and his regime was really being run by Madame Alfara behind the scenes.[23]

Whoever gave the order, Kalvus was publicly executed for his crimes, being called ‘a traitor to humanity and a soldier of the mind’, reflecting the Societist idea that all soldiers were murderers worthy of execution (though in the case of their own Celatores it was conveniently delayed eighty years). Now, one public execution, even captured on film, might not carry enough impact, as Kalvus’ policy had inflicted harm on loyal Societists from Carolina to the Nusantara, and all were angry. Alfarus, or Alfara, promptly had a few dozen political prisoners executed in the centre of the various Zones’ capitals and just told them it was Kalvus. There’s some debate about whether the message had meant to be that these people were supposed to be Kalvus’ collaborators and there was a mistake, but it appears that thousands of Societists both watched Kalvus’ execution in Zon1Urb1 on a propaganda reel at the picture-house and then went down the road to their own town square and saw it again there. If true – it is hard to say as much of this is based on the debatable accounts of refugees – it certainly must have undermined public trust in Alfarus’ regime.

As you probably know, Alfarus died not long after this. There are many reasons why the continuity regime led by Alfara soon collapsed amid a tide of public anger and we got the Silent Revolution. Alfarus had made a lot of enemies over the years who were suddenly willing to speak out. But our usual picture of the Silent Revolution is of massed mobs of Black Guards torching public art depicting Alfarus, young men who had formerly been just as loyal to the Kapud as the famous Markus Garzius. What turned them against him? Perhaps the fact that so many of them had lost savings thanks to the instability unleashed by this man whom, publicly, had seemed to have the Kapud’s backing…

*

(Lt Tindale’s note)

Uh-oh, he seems to be coming upstairs now. Toodle-pip!





[1] To oversimplify, the colour of an object arises from white light (a mixture of colours) striking it and not all colours being equally reflected or transmitted through. This is due to energy gaps between electron orbitals in the atoms or molecules comprising the object; light of the right energy (which is proportional to frequency which defines colour) to match a gap can be absorbed by an electron to briefly promote it to the higher orbital. A colourless object typically looks colourless because the energy gaps between its electron orbitals are all too large for any colour of light we can see to bridge the gap and be absorbed (higher-energy ultraviolet light may be absorbed, hence those objects will stand out on UV cameras). Most metals, in their pure form, fall into this category and are described as ‘grey’ or ‘silvery’, i.e. colourless. Gold (and, more obscurely, caesium) are heavy enough that their electrons begin to ‘orbit’ at a speed close to that of light, which means according to Einsteinian relativity, they gain mass. This in turn changes the energy gaps, narrowing them to the point that gold absorbs blue light from the white light spectrum, the rest of the spectrum being reflected back so it looks yellow to our eyes. In a world without relativistic effects, gold would just look like silver.

[2] ‘Proto-Caucasians’ refers to the people known in OTL to archaeologists as ‘the Maykop culture’.

[3] The same statistic is true of the later California Goldrush in OTL.

[4] There are far too many examples of this from OTL fiction to count, but a good example is in the Tintin books “The Secret of the Unicorn” and “Red Rackham’s Treasure” vs their loose film adaptation from 2011. The books, realistically, depict the treasure as a couple of handfuls of gold and jewels which fit into a small container and are worth enough to set Captain Haddock up for life. The film depicts a pirate ship absurdly full of so much golden treasure that it would represent perhaps a quarter of the entire amount of mined gold that existed in the world in the 1600s!

[5] This is slightly misleadingly phrased, as China did not start using paper money until the 7th century, after the Roman Empire had already fallen.

[6] Unlike OTL, where the British Empire’s dominance of world trade after 1815 helped drive the push towards the Gold Standard internationally, in addition to an increased gold supply from the nineteenth century goldrushes.

[7] Some historians have started referring to the Feng dynasty pre-Pandoric War (i.e. before it reunified China under its rule with the destruction of the Beiqing) as the ‘Nanfeng’ (Southern Feng). This is a historiographic term coined after the fact, like ‘Byzantine Empire’, and was not used at the time. It has not caught on very widely (yet).

[8] See Part #104 in Volume III.

[9] This was also true of the United States in the early-to-mid nineteenth century in OTL.

[10] See Part #270 in Volume VII.

[11] Argentina is the region known in OTL as Nevada (a false friend, meaning Land of Silver; the term Platinea is used for OTL Argentina in TTL).

[12] See Part #265 in Volume VII.

[13] Trondek is another transliteration of the name Klondike. Why is the Klondike goldrush delayed 37 years compared to OTL? Primarily because that region was especially difficult to reach by any prospectors until after the Black Twenties; theoretically claimed by the Russians, in practice largely uninhabited by anyone other than its native peoples (who traded with the Superior Republic) and then subject to the issue that the Americans had built the deliberately incompatible and militarised Rexoc railway in the area to prevent the Russians being able to use captured American railways in a war.

[14] There are major implications from TTL’s different economic history at this point. In OTL, the shift to a global Gold Standard was driven by Germany and the United States deciding to abandon bimetallism in favour of gold, preceded by the French-led Latin Monetary Union. There were many consequences of this; those on American farmers are fairly well known, but it also led to the fall of the Indian rupee and was a major cause of the Panic of 1873, among much else.

[15] See Part #270 in Volume VII.

[16] See Part #275 in Volume VIII.

[17] Peru is also a gold producer, but to a lesser relative extent.

[18] In OTL, British India remained on the silver standard (as had traditionally been used there for centuries – the word ‘rupee’ literally means engraved silver) even though Britain itself was on the gold standard. This did not change until the 1890s, when India moved to the gold standard with mixed but mostly negative consequences.

[19] There is a double meaning to ‘Argentine Party’, as this term has already been coined in TTL to describe political centrism (as opposed to right-wing doradism, gold, and left-wing cobrism, copper). Naturally, all of this makes this period extremely confusing to understand (especially in Sweden and Ireland) when parties named after gold or silver can have positions on the gold standard that have nothing to do with their name!

[20] It’s not mentioned here, but the choice of Passau was partly the symbolism that it was here in 1552 that Holy Roman Emperor Charles V guaranteed Lutheran religious freedoms in the Peace of Passau (which led to the Peace of Augsburg). As was joked at the time, if Passau could heal the rifts in the the realm of God, perhaps it could also do the same to the realm of Mammon.

[21] We are now entering the era in which words like ‘International’ or ‘Global’ are starting to carry negative connotations due to association with Societism, hence awkward compromises like ‘Transoceanic’.

[22] See Part #295 in Volume VIII for a different, related perspective on the Societists and oil.

[23] This is not really an accurate way to refer to Alfarus’ wife, but people outside the Combine often use similar ones – see footnote to Part #285 in Volume VIII.
 
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