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> To answer your first question: I believe in puzzles, not mysteries. When we don't know how something works (like a spray bottle), we call it a puzzle, unless it challenges some sacred theological or humanist tenets, in which case we call it a mystery. Rather than the boundary between the biological and "non-biological" brain, I am interested in the notion or aspect of consciousness that relates to why people behave the way they do, think the way they think, and are not only largely oblivious to it (the idea of examining behavior and the ~motivations behind it) but commonly hostile to it, sometimes extremely so. Or even more interestingly, the ability to easily notice the behavior in others, but utterly incapable of seeing the same thing in oneself. For someone that has no background in the subject, would Dennett be a good place to start, or could you suggest any other names? > "Consciousness" and "feeling" and "experience" are folk terms with neither a precise definition nor a clear process for arriving at a precise definition. I agree, but I "feel" like this is where progress can be made (unless, it already has and I'm simply not aware of it). An attempt to give a hint at the aspects that I'm thinking of: reality, at least as far as humans perceive it, consists of observations of physical events, or at least we know that much for sure. One thing that the layman overlooks is that there are far more observable dimensions involved in reality than are commonly discussed, some of which I suspect are easily observable to some people, but practically invisible to others (a terrible analogy might be how humans can see one segment of the light spectrum, while other mammals can see others, and machines can see more). Similar to the formerly "invisible" portions of the light spectrum, are there other "dimensions" (for lack of not knowing a more proper term) that we can't currently observe, but with the proper experiments, consistently and with decent accuracy "detect", which might lead us in more specific directions when studying the mind? For example, if we can identify a highly reproducible but currently completely unexplained phenomenon (behavior, reaction, etc) common across large quantities of people (but perhaps not among other groups), might ML algorithms run on brain scans of subjects under these conditions find anything interesting? (Possibly relevant: Moran Cerf: "Decoding Thoughts and Dreams Using In-Brain Electrodes" | Talks at Google https://www.youtube.com/watch?v=EVj3sU37gdI) I also realize this may very well be a very stupid idea, so anything substantiating that possibility is also welcome. EDIT: Or, another different way of thinking about it is, an attempt to form an aggregate (across all people & cultures) definition/enumeration of self-awareness. |
I completely agree that this is maybe the most interesting general field of inquiry out there, I just think that the consciousness literature/debate has almost nothing of interest to say on it. I think the fields of interest are evolutionary psychology, neurobiology, and at a higher level the interface between sociology and behavioural psychology.
>a terrible analogy might be how humans can see one segment of the light spectrum, while other mammals can see others, and machines can see more
I like analogies like this and am totally on board with you here. But again, things like 'Mary's Room' are not at all interesting or detailed addresses to this when we know so much about how brains and bodies and artificial neural networks can hold and use so many kinds of knowledge at different levels.
You're getting kind of towards Penrose territory at the end there with suggesting that there could be senses or phenomenologies that we currently know nothing of the mechanisms of. I agree that this is true in principle but I think that the evidence that we have from biology and from artificial intelligence suggests that we could probably explain all of our abilities just with physical properties that we already understand. I wouldn't rule out some quantum component though. I think that it's likely the problem is one of scale and complexity rather than a qualitatively new kind of process. The brain is not only huge but is designed by a messy ad-hoc evolutionary process that is hostile to interpretation by our own reflexive symbolic investigation, and I'd say that's where the difficulty lies. I completely agree with your line of thinking though.