Yes. I think there has been progress in recent decades explaining the emergence of "phenomenal consciousness" by the likes of neuroscientist-philosopher Thomas Metzinger (re: self model theory of subjectivity) et al.So do you see phenomenal consciousness as essentially being an emergent property of the brain's processing capabilities? Details to be understood in the fullness of time via a scientific approach? — Tom Storm
Right, no comprehensive explanations. — jorndoe
why does the necessarily given need to be developed?
— Mww
Because if one isn't careful, they will begin to think that they are looking directly at a brain and that non-mental activity (neuronal and electrochemical activity) is mental activity. — Manuel
We don't get to study (non-mental) matter anywhere, unless we could literally get out of our bodies. We just have to postulate its existence. — Manuel
So it's a mental construct on the occasion of a stimulus. — Manuel
The explanatory gap" is misinterpreted by many philosophers as an "unsolvable problem" (by philosophical means alone, of course) for which they therefore fiat various speculative woo-of-the-gaps that only further obfuscate the issue. — 180 Proof
In philosophy of mind and consciousness, the explanatory gap is the difficulty that physicalist theories have in explaining how physical properties give rise to the way things feel when they are experienced. It is a term introduced by philosopher Joseph Levine.[1] In the 1983 paper in which he first used the term, he used as an example the sentence, "Pain is the firing of C fibers", pointing out that while it might be valid in a physiological sense, it does not help us to understand how pain feels.
The explanatory gap has vexed and intrigued philosophers and AI researchers alike for decades and caused considerable debate. Bridging this gap (that is, finding a satisfying mechanistic explanation for experience and qualia) is known as "the hard problem". — Wikipedia
As is well known, current science has nothing to say about subjective (phenomenal) experience and this discrepancy between science and experience is also called the “explanatory gap” and “the hard problem” (Chalmers 1996). There is continuing effort to elucidate the neural correlates of conscious experience; these often invoke some version of temporal synchrony as discussed above.
There is a plausible functional story for the stable world illusion. First of all, we do have a (top-down) sense of the space around us that we cannot currently see, based on memory and other sense data—primarily hearing, touch, and smell. Also, since we are heavily visual, it is adaptive to use vision as broadly as possible. Our illusion of a full field, high resolution image depends on peripheral vision—to see this, just block part of your peripheral field with one hand. Immediately, you lose the illusion that you are seeing the blocked sector. When we also consider change blindness, a simple and plausible story emerges. Our visual system (somehow) relies on the fact that the periphery is very sensitive to change. As long as no change is detected it is safe to assume that nothing is significantly altered in the parts of the visual field not currently attended.
But this functional story tells nothing about the neural mechanisms that support this magic. What we do know is that there is no place in the brain where there could be a direct neural encoding of the illusory detailed scene (Kaas and Collins 2003). That is, enough is known about the structure and function of the visual system to rule out any detailed neural representation that embodies the subjective experience. So, this version of the Neural Binding Problem really is a scientific mystery at this time. — Jerome S. Feldman, The Neural Binding Problem(s)
Perhaps the most important move in the scientific revolution was Galileo’s declaration that mathematics was to be the language of natural science. But he felt able to do this only after he had revolutionised our philosophical picture of the world. Before Galileo it was generally assumed that matter had sensory qualities: tomatoes were red, paprika was spicy, flowers smelt sweet. But it’s hard to see how these sensory qualities – the redness of tomatoes, the spicy taste of paprika, the sweet smell of flowers – could be captured in the abstract, austere vocabulary of mathematics. How could an equation capture what it’s like to taste spicy paprika? And if sensory qualities can’t be captured in a mathematical vocabulary, it seemed to follow that a mathematical vocabulary could never capture the complete nature of matter.
Galileo’s solution to this problem was to strip matter of its sensory qualities and put them in the soul. The sweet smell isn’t really in the flowers but in the soul of the person smelling them; the spicy taste isn’t really in the paprika but in the soul of the person tasting it. Even colours, for Galileo, aren’t really on the surfaces of objects but in the soul of the person observing them. And if matter had no qualities, then it was possible in principle to describe it in the purely quantitative vocabulary of mathematics. This was the birth of mathematical physics.
But of course Galileo didn’t deny the existence of the sensory qualities. Rather he took them to be forms of consciousness residing in the soul, an entity outside of the material world and so outside of the domain of natural science. In other words, Galileo created physical science by putting consciousness outside of its domain of enquiry. — Philip Goff
If you're of the mindset that all mental states are brain states, then psychological solutions are material solutions. — RogueAI
I have no idea what else they could be, although I prefer the term 'processes' to 'states'. — Janus
Instead of mental state = physical state, you would have mental state = mental state, which would commit you to either idealism or dualism. — RogueAI
We do not postulate anything. If you can see and touch a thing you have to be far off to even think about the possibility that it might not "exist". That is the problem with undirected reflections and witty, but mindless, efforts. If e.g. social constructivism tells us that we can construct the "reality" of things it is clear that we can construct an idea of things that makes it impossible to say anything about
it. Given we can - why should we do it?
Where is step B? Where is the negation of the negation? What should be the difference between empirical science and philosophy be, if it loses itself to it's objects (e.g. "truth")? — Heiko
think it is. I think scientists can study this for a thousand more years and still not know how minds are produced by brains. This is because there's no way to verify other minds exist. You can only be certain that your own mind exists. So, if a scientific theory predicts that that clump of matter over there is conscious, how are we going to verify it? That seems like an insolvable problem. — RogueAI
The explanatory gap" is misinterpreted by many philosophers as an "unsolvable problem" (by philosophical means alone, of course) for which they therefore fiat various speculative woo-of-the-gaps that only further obfuscate the issue.
— 180 Proof
Not at all. — Wayfarer
This would be more compelling if materialists had some idea of what consciousness is and how brains produce it. Let me ask you: suppose science is still stumped on consciousness 1,000 years from now. Would you still think all there is is matter? — RogueAI
I do. Whatever formal explanation you give to the color blue, it's no explanation of the color blue itself. "Das Ding an Sich" can't be known. Only experienced from within. — GraveItty
We do not postulate anything. If you can see and touch a thing you have to be far off to even think about the possibility that it might not "exist". — Heiko
My contention is only that there is no need to develop a distinction between mind and matter, because the absence of that distinction, is impossible, with respect to our human system of rational agency. It follows that without the development of a distinction, any illusory predicates assignable to it, disappear, which is where this whole dialogue began. — Mww
Russell’s neutral monism, which says mind and matter are indistinguishable, re: “Analysis of Mind”, 1921, is invalid, for it reduces ultimately to the paradoxical conclusion that whenever one is conscious he is aware of his own brain — Mww
As far as I am aware, Russell didn’t take that bait. But he did wrap, or rather, smother, himself in language, which is just as bad. — Mww
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