That's seems to be the way that science understands it.
It's what the math suggests. It's also what the practical applications demonstrate.
Exactly because it is deterministic, we can use it to build technology.
If the laws of physics weren't deterministic, we wouldn't be able to build a machine that lands a robot on Mars.
Hopefully this is true, though not sure whether this is true in quantum physics.
Quantum physics surely is weird and defies everything we call "common sense". However, the weirdness of the quantum world, doesn't manifest in the physics of macr-scopic objects traveling at sub-lightspeeds.
A particle can pop-up out of nowhere and disappear again.
But a rock cannot.
Not sure how you can differentiate between randomness and determinism here.
Which is strange, because it is explained in the very post you are replying to.
Hope your not going to draw any conclusion without the evidence. So what if science
cannot identify any predetermined cause, this does not allow any conclusion.
Not without evidence. WITH evidence, from in the lab.
You understand what "controlled conditions" means, right?
We are discussing whether an event is a random event, not whether science is able
to conclude whether the event is determined or not.
Do you misunderstand on purpose?
You're being rather unreasonable.
If scientists can't even manage under
controlled conditions to get ERV's to consistently insert in the same spot, it is completely unreasonable that ERV's would insert in the same spot
in the wild.
Catastrophic failure in your argument.
No.
You have drawn a relationship between two separate ideas, randomness and prediction.
They go hand in hand.
Here is an example that should illustrate the relationship that you have imposed.
In ancient times, the sex of an unborn child was unknown, i.e., not predictable.
In modern times, the sex of an unborn child can be known, i.e., predictable.
Actually, that is false.
You can NOT predict the sex of an unborn child. What we
can do today, is identify it
sooner then we could before. But we can only identify it
after it is already determined. We can not
predict it.
Randomness is not related to whether the outcome of an event is predictable or not.
Actually, it is. Randomness is predictable only within the context of probability.
When we do 10.000 dice rolls, the outcome will be consistent with a probability distribution of 1 in 6.
The range of the probability is only limited by the physical possibilities of the 'random' event. In a 6-side dice role, the outcome can only be 1 to 6. It can not be a 7.
If we cannot predict the outcome of an event, this does not imply that the event is a random event.
Off course it doesn't. Since it is dependend on
why the outcome is unpredictable.
The event could be a determined event with too many variables, the outcome of this
event is unpredictable.
Right. And in that case, it would be perfectly fine to call it random.
Exactly because the outcome is depenend on many, many circumstantial parameters, which are independent from eachother and thus unrelated in every sense of the word.
Parameters that we can not control (not even under
controlled conditions).
Your confusing the idea of a random event, with the unrelated prediction of the outcome of an event.
No, I'm not.
The relationship between a random event and prediction was an absurd
relationship.
If you are going to claim that it can be determined/predicted why an ERV inserts in spot Y instead of spot X, then please support that claim.
If you are going to claim that this is why humans and chimps share that enormous amount of ERV's,
without having a common ancestor who had the initial infections, then please support that claim.