Re: Is Mind located in Wave Function?
From: Edward W. (atropine_at_sbcglobal.net)
Date: 12/28/04
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Date: Tue, 28 Dec 2004 15:56:25 GMT
Very Interesting....................
-- Edward W. El Paso, TX "Life is easy with eyes closed" "Consc" <cons_cie@yahoo.com> wrote in message news:1104241298.637483.52010@z14g2000cwz.googlegroups.com... > Early this year. I became very interested in the study of the > brain and how it produces consciousness. I wanted to understand > the neural correlates of consciousness (NCC as commonly known). > Francis Crick in the 1990s made the study of consciousness a > scientific problem. It's not a territory belonging to new age > mumbo jumbo but one deserving a serious scientific study. This > is especially true in quantum physics when consciousness may be > involved in the very process or field so mastering neuroscience > is a pre-requisite to quantum physics.. > > The following gives just a very brief account of what is the > main problem or the answer they are seeking in consciousness > research. I'd continue after the paragraph by explaining what > the wave function has to do with it. > > Susan Blackmore summarised it thus: "According to Chalmers, the > easy problems are those that are susceptible to the standard > methods of cognitive science, and might be solved, for example, > by understanding the computational or neural mechanisms > involved. They include the discrimination of stimuli, focusing > of attention, accessing and reporting mental states, deliberate > control of behavior, or differences between waking and sleep. > All of these phenomena are in some way associated with the > notion of consciousness, but they are not deeply myster ious. In > principle (even though it may not really be "easy") we know how > to set about answering them scientifically. The really hard > problem, by contrast, is experience: what it is like to be an > organism, or to be in a given mental state. "If any problem > qualifies as the problem of consciousness," says Chalmers, "it > is this one ... even when we have explained the performance of > all the cognitive and behavioral functions in the vicinity of > experience - perceptual discrimination, categorization, internal > acce ss, verbal report-there may still remain a further > unanswered question: Why is the performance of these functions > accompanied by experience? ... Why doesn't all this > information-processing go on "in the dark," free of any inner > feel?(Chalmers, 1995a: 201-3) Stated at its most succinct "The > hard problem ... is the question of how physical processes in > the brain give rise to subjective experience" (Chalmers, 1995b: > 63). This is the latest incarnation of the mysterious gap." " > Back to James. We know that our brain is composed of modules > imparting selective functions that give us overall experience. > For example, the Amygdala is connected with the emotion such as > fear and if you meet a woman without any amygdala, you can > easily seduce her because she has lost all sense of fear or self > preservation and you can just take her home the first time you > tried by just telling her straight you want to take her home. > > The Hard Problem of neuroscience is what gives us this > subjective experience or what gives us awareness of being aware > as EL once put it. You may say that the brain itself is capable > of giving us awareness of being aware. But it's not so simple. > In our visual experience for example. There is no corresponding > neural representation system that match our conscious experience > content. This is what made researchers like O'Regan, Noe thought > up about other mechanisms such as sensorimotor contingencies. > But these still doesn't explain what gives us this subjective > experience of awareness of being aware or Qualia. Debates in > consciousness research are more intense than say in physics. A > book that summarised them is all is Susan Blackmore's > Consciousness: An Introduction in which all the researchers > viewpoints are shared. > > Now why would I mention all this in this physics group. Well. It > is because it may be related to quantum physics. The "Hard > Problem" of consciousness research may be related to the "Hard > Problem" of quantum physics (giving rise to Copenhagen/Bohm > debates). The following is what I think tie them together. > > It may be related to Wave Functions. I think our mind is really > located in the wave functions of our brain. You may say one can > make wave functions of any object. The difference here is that > in this wave function as mind, it has 2 way communication > pathway. That is, the wave function of the brain can act on > itself such as that the quantum probability clouds of the atoms > that make up the neurons, etc. can be influenced resulting in > the wave function able to influence the neurons. I believe this > may be true because I have known "empaths" who can feel what > others are feeling at this exact moment. For example, you want > to know if someone is in love with you. He can enter that person > brain via the non-local wave function and feel what that person > is feeling. Of course you won't believe this. But for me the > mind existing as wave function or something like that is what I > think makes it possible to influence the wave function of other > humans or things such as measuring their body wave functions (or > aura) or causing water crystals to form into select shape. In > other words, this is the mechanism whereby we can affect the > wave functions of atoms itself or the electron probability > clouds of atoms in organic or inorganic matter. > > Of course, the above is just a hypothesis. It came across > my mind a moment ago. If you have your own, pls share it. > My favorite book about neuroscience is Damasio where > he studies them in gross neurological details. But the > mystery still remains what turns neural patterns into images as > he put it. I think what turns neural patterns into images has to > do with the bi-directional Wave functions information flow to > the brain. > > Regards, > > James T. Lee > Manila, Phils >
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