Look I already said energy shows signs of being both probablistic (that is non-physical) AND physical.
Probabilistic behaviour is part of what matter does, and is. But you're talking as if "probability" is an entity in it's own right. Why?
The energy is a probablistic blur due to the positions of quanta not being exact.
So what if there is something akin to a "probabilistic blur"? The fundamental nature of physicality is probably not quantized anyway. Particles may indeed simply be excitations of more fundamental fields. I don't see anything unphysical here. Quite the opposite.
It's as if you think anything that's not "solid" matter, or anything that is not quantized, or indeed anything you can't understand, isn't physical.
That is why energy bridges the realms of mental and physical.
We need a definition of terms here, because to me, energy is part of physical reality. So what, exactly, are
you talking about?
That is why I suggested it as an interface which is what you implied would solve the interaction problem. Now you are just arbitrarily proclaiming NO interface can solve it? I don't agree. Moving on..
Again, all you've effectively done is to say that it can be solved by invoking some mysterious substance that is, itself, a solution to the interaction problem.
This substance is sort of like a "bridge", right? Physical at one end, and unphysical at the other? The fact that you don't realize that the interaction problem still exists in the bridge itself demonstrates that you don't understand the nature of the
problem itself.
I don't want QM to say anything it doesn't already say. And it says the wavefunction collapses due to the act of measurement. That is not an interpretation. It is an empirically proven fact. Wavefunctions DO collapse when they are measured. That's what the math shows. That's what the experiments show. There's nothing speculative about that at all.
It's absurd for you to be speaking authoritatively on this matter while being ignorant of the fact that there is often a difference between the way we model reality, and the way reality actually works. If you've learned anything at all about the history of science, I find it hard to believe that you don't know this.
HOW that happens IS a matter of interpretation. Everett's many worlds theory? Bohm's pilot wave theory? Cramer's retrocausality theory?
Actually, many-worlds holds that wavefunction collapse
doesn't actually occur. And I'm sure you'd be surprised to know that the reality of the wavefunction itself has been an open question in physics for a long time. There is recent evidence to suggest that it's real, but even if it is it doesn't affect my argument. There's far more to QM than just the wavefunction, and there are many open questions about the reality of some of the
other physical events that our models suggest are occurring. As such, you need to be cautious when examining implications, because sometimes they are just artifacts of an incomplete or at least partly inaccurate model.
But aside from all that, and as touched on earlier, I don't see how wavefunction collapse, even if it's a real
physical event, demonstrates the reality of some other unphysical realm anyway. Just because matter can behave probabilistically when left alone, and settle down into more definite states when poked and prodded, doesn't mean there is something unphysical about it.
Unless, of course, you're placing artificial limits on its phenomenality. Funny how that keeps popping up. Why don't you try this for a while: stop doing it.