TagliatelliMonster
Well-Known Member
I reject the idea that the throw of a die results in a chance (random) outcome. If every variable can be satisfied, then the result of every throw is predictable. All you need to do is calculate, the initial velocity, rotation, die shape, die mass, surface drag of both die, and the surface on which it impacts, e.t.c. If all the variables are known then the outcome is entirely predictable.
Yep.
This goes for the lottery as well.
The laws of physics are, after all, deterministic.
This means that if all paramaters are identical, yes, the result will be the same.
However, we're talking so vastly many parameters, that it is completely absurd to assume that in all the thousands of ERV insertions in humans and other primates, all these parameters were the same.
Even under controller conditions in the lab, science hasn't been succesfull in finding patterns in ERV insertions. Situations don't get more identical then under controlled conditions in a lab.
To suggest that somehow in the lab, situations were identical not just once, but thousands of times, is beyond ridiculous.
As with every other mystical, random event, the outcomes can be calculated, when all causes are identified. Surely you don't think for one moment that physics cannot calculate the outcome of a die throw?
It can in theory. In practice, it is another matter. You don't have any control over circumstantial parameters. The parameters themselves are also dependend upon other parameters, which in turn are also dependend upon other parameters and so on and so on.
There comes a point where it's safe to say that outcomes are determined by so much circumstantial data, that it becomes unpredictable. And it's perfectly ok to call that "random".
A pattern that is not identified does not mean that a pattern does not exist. Just because you do not comprehend any pattern in the data, this logically never implies a random event.
But, again, it is beyond absurd to assume that in all the thousands of instances of ERV insertions in humans and chimps, all those parameters were identical.
Beyond absurd.
Except the common ancestor is always missing.
Because he's dead.
That doesn't mean that we can't conclude that it existed.
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