I majored in History a lifetime ago. In graduate school, I concentrated on the History of Science. My thesis was an examination of the collaboration between Nobel prize winning physicist Wolfgang Pauli, and noted psychoanalyst Carl Jung. Jung's essay "Synchronicity: An Acausal Connecting Principle in Nature" was a seminal work, and Pauli recognized that understanding the place of consciousness in nature was a frontier of science that would certainly bear fruit in time. I was a bit ahead of my time. Noted historian of science Arthur Koestler recognized the importance of this collaboration of psychologist and physicist,and took much the same stance I did in his seminal study of Jung and Pauli's collaboration, in his book The Roots of Coincidence.
What you evidently consider nonsense, understanding the place of consciousness in nature, is one of the most important of scientific frontiers. It is people like Richard Dawkins who are destined for the dustbin of history. A failed paradigm called Scientism will join him there....
Consciousness is a physical phenomenon no different than any other. It resides in the brain and can be altered and/or removed when the brain is damaged or changed in some ways. The study of the nature of consciousness and other aspects of subjective experience are indeed at the frontier of neuroscience. And why shouldn't they be? Quantum consciousness is at the frontier of talk show hosting and drug-fueled conversation of non-scientist college students. The history of how you read the works of others who agree with you is of no concern.
One of the bottom lines here is quantum physics is revealing a universe that more closely resembles a giant mind, which is in sharp contrast to the "universe as giant machine" that emerges from Newtonian physics. In view of Bronco70's question, I believe my reply to him was somewhat relevant to his inquiry. It bears no relation to the subject of evolution. But it certainly bears a relation to the questions he asked and the observations he was suggesting. If consciousness is something fundamental to creation, that pretty much changes everything as far as how we interpret reality. It is in this realm of study that the most fundamental paradigm shifts will occur. And as Thomas Kuhn observed in The Structure of Scientific Revolutions, we can expect the old guard, protectors of the dogma of scientific materialism, to go out kicking and screaming all the way.
The universe as a giant mind? What does that mean? How is the probabilistic nature QM resemble what you see as the workings of the brain (or mind...)? I wouldn't want to challenge mystics talking out of their ***, but it would be nice to give magical context to my thousands of hours actually studying the subject. I'm a big fan of fantasy novels after all!
Seems like every generation thinks their paradigms are the final ones, nothing new to learn. Meteorite studies a good example of that. In the 18th century, French scientists dismissed reports by peasants that stones had been seen to fall from the sky as the rantings of "uneducated dolts". Science did not have to pay attention to French peasants. Yet, in that instance, the science that said stones cannot fall from a clear sky was very, very wrong. The old guard fights new ideas tooth and nail. Even just 20 years ago, you had better have tenure to suggest people were in the Americas before about 13,000 years ago. Careers ruined for suggesting there were people here before the Clovis hunters. Careers ruined for believing in the truth and suggesting better interpretations of the data. Should not work that way, but, in fact, human nature sees to it that that is exactly how progress is attained: by pitched battles in obscure journals between the New and the Old guard.....
There we go again with "you don't know everything, so I must be right" argument. I never get tired of hearing that from people who are very clearly wrong.
In conclusion a lot of words that say nothing. Let's hear an actual, rational, argument on how our understanding of QM necessitates that consciousness is causing the collapse of the wave function.