@Aedes,
Aedes;92582 wrote:Neither does quantum mechanics except insofar as much of neuroscience uses positron or magnetism-based imaging, so it's a matter of a practical application and not explanatory power that gives it any relevance.
I also wanted to be clear here -- you who represent neurons, genes, and mutations as a magical black box really have more confidence in theoretical particles like gague bosons??
Quantum physicists are very clear that consciousness is beyond the scope of the wave function equations. Period.
However, the collapse of the wave function and the wave/particle duality implies certain concepts such as observer/subject entanglement. In this respect,
some quantum physicists have chosen to present
interpretations and
some of the interpretations (e.g. Bohm's implicate order) have a metaphysical aspect to them.
But the nice thing about quantum physics is how they clearly draw the line. That is why I so much enjoy reading material on quantum physics.
Clarity. Some of the experiments, such as those verifying Bell's Inequality, Wheeler's Delayed-choice, as well as the Double-slit, certainly point to counter-intuitive actions at the quantum level - something for more subtle than a simple neuron wiggling.
This is one of the reasons that I believe that the standard philosophy curriculum needs a massive re-working. Less Descartes and a lot more quantum physics and I dear say Eastern philosophy, which I believe has a much more wholistic view of the universe.
Rich