The reason I bring up quantum mechanics is; if the biological sciences can't give us a "definitive" answer to the question between evolution theory and creationism
You make an invalid comparision.
Evolution as a theory is immensly more solid and well evidenced then any theory involving quantum mechanics.
Furthermore, creationism is religion and has nothing do with science.
Evolution theory, is a very well established theory in biology. It can even be said to be one of the most established theories in all of science.
; that would satisfy both camps;
The only thing that would even satisfy a creationist, is believing in creationism.
Creationists are really just religious extremists. Fundamentalists. Reason and evidence, is not important to them. Belief in their sacred tales - that's what's important to them.
Creationists do not oppose evolution because of the science. Creationists oppose evolution because evolution doesn't agree with their extremist beliefs. And that's it.
and have a chance of answering the age old "where does it all come from" then we need to look into that what connects biology and all matter:
Evolution theory deals ONLY with the processes that
existing life is subject to.
The interaction of subatomic particles and the quantum mechanics events.
None of which actually matter to biology.
These events happen in jumps (yes, quantum leaps), with probabilistic rather than definite outcomes.
Yes, quantum physics is weird. But here's the thing: that weirdness only manifests at the quantum level.
Quantum events might be probabilistic, but macroscopic events aren't. They are deterministic.
Hydrogen and oxygen are made of sub atomic quantum particles that operate according to quantum physics. Yes, mix them together in specific conditions and they will form water molecules
every single time. It is deterministic at the macroscopic level.
Quantum rules allow connections forbidden by classical physics. This was demonstrated in a
much-discussed recent experiment, in which Dutch researchers defied the local effect. They showed two particles—in this case, electrons—could influence each other instantly, even though they were a mile apart.
That's nice. Marcoscopic objects don't do that.
As said, that weirdness only happens at quantum levels.
Sub atomic particles can do some weird things.
Atoms and molecules, do not do that.