A small change at the exact right place can be a big change, but losing a horseshoe nail does not inevitably mean losing the horse, let alone the battle, let alone the kingdom.
Should that person bend down and look for it, they could change their "genetic flow", and once that changes, it can never change back. There will be no real difference if the guy never has a kid (again or otherwise), but if that man does have a child, that child will be a sibling of the OTL counterpart.
That's my theory.
Alternately (my view) - the change to the man is so small that it makes no appreciable difference on the child.
And certainly not on anyone who has never met him (the man in question).
Using your situation to illustrate my position better, not trying to argue with you.
But what about the incredibly random process of which sperm hits the egg (not to even mention the fact that conceiving the child a month earlier or later will have a different egg with different genes)?
Does that make sense? Whether or not you agree, I'm just trying to see if I'm being clear here.
The changes caused by an event grow larger with regards to the time vector.
I don't agree, at all, but I see where you're coming from. I'm not going to really press this issue, though.
I think I know what you are saying. But just because the odds don't change doesn't mean the outcome wont change.
So if you kick a guy in the crotch, the odds of him having his OTL child is statisically insignifcant. Kick 10 million guys in the crotch, maybe an OTL character is born, maybe two, maybe two dozen. But that's like finding a needle in a haystack.
And just to let you know, the number would be WAY higher than 10 million. Way way higher.
I also forgot to include the scale of the POD. A minor POD that involves us mere commoners isn't as influential as one involving the economy.
Not sure I follow what you mean here, particularly the first and last two sentences.
Not trying to be rude when I say this, but you should take a stats class if you have the option to do so in high school or college. To me, you're saying the odds are the same that an OTL figure is born; thus, that same outcome has to happen.
I don't know how many are in the male body at a given time, but I looked up the other day for the discussion I dropped a link to how many are...released at a given time. I think it was a couple hundred million.The last two sentences mean that the ratio is higher because there is WAY more than 10 million sperms in the male body at any given time. I don't know the anatomical specifics, but does anyone feel like looking that one up?
But what about the incredibly random process of which sperm hits the egg (not to even mention the fact that conceiving the child a month earlier or later will have a different egg with different genes)?
I always find this argument spurious (no offence)
Take a historical individual, and now take this proposed "Other" born a few days later of a different sperm and egg.
He will be given the SAME NAME as the historical individual, he will have the same genetic background, he will be raised in exactly the same way, go to the same school, have the same people around him in his early life and so on
Barring genetic disasters, such as being born disabled or with Downs, this "Other" will be to all intents and purposes the same person as the OTL figure. Perhaps he will look slightly different, perhaps he will have a slightly different temperament, but for anything that counts in an ATL he is going to be a genuine Ersatz Historical Individual
Best Regards
Grey Wolf
As a rule I'd apply this rule only one generation from the POD, and then from that point on the ATL people become more different. So a 1500 POD won't result in Napoleon wreaking havoc on Europe 300 years later.