T
Touchstone
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Yeah. “Emergence” has some overloading to it, though. In one sense, we use the term as a “catch all”, similar to the way we use “random”. When we say some part of a process is “random” we are NOT really providing an explanation of what we have discovered; “random” is a negative term, principally, indicating our INability to discern purpose, pattern or plan in what we observe there.The emergence of a mind from the processes of the brain doesn’t seem fundamentally different to me than the emergence of water from oxygen and hydrogen. It seems like you can use emergence to describe everything that exists as a combination of other parts. Is this a correct understanding or am I off?
Along the same lines, “emergence” is a term we use to connect high level phenomena with lower level phenomena. In the case of hydrogen and oxygen producing “wetness” of water, it turns out a lot has been discovered in terms of the fundamental physics that produce “wetness”, but for such a seemingly simple interaction – hydrogen + water – it’s remarkably complex and subtle.
We still call that an “emergent property”, even though we’ve managed to demystify a lot of that phenomenon (“wetness”). But when you look at the difficulty in that case, just making headway on “wetness”, the challenge of untangling the staggering complexities of an emergent property like consciousness is fairly bewildering. It isn’t just a single production; conscious is a cumulative result of lots of emergent features of nature.
In any case, the useful box around “emergence” I think is the idea of practical impenetrability of some phenomenon – we are unable to explain in any robust way how features A, B, and C at a lower level produce phenomenon X at a higher level – combined with the background understanding that X is natural “stuff” compositionally consistent with A, B, and C.
That differentiates it from superstition or magical answers, as it classifies those properties as “emergent” in a “to be figured out mechanically, someday” fashion. Like I said, with “wetness”, some good progress on that has already been made by modern physics (and people spending time looking at the problem). For something like “consciousness”, it appears to be entirely natural in composition and componentry, just extremely complex as a chained, recombinant set of emergent properties.
Fascinating, but not problematic, so far as I can see. This is what Doug Hofstadter (of Gödel, Escher, Bach fame) calls the “strange loop” dynamic; all sorts of unusual and interesting things proceed from self-interaction. If you point a video camera at a TV that is monitoring that same video camera’s output, you can see this principle at work; move the camera a bit and you get different kinds of “recursive kaleidoscope” effects, repeating and twisting toward a vanishing point, a kind of “incidental art” that (I find) always good for a few minutes’ fascination and intrigue.What do you say about the perception that our minds, even if we accept that they are products of emergence, can also act on the brain that produced them?
Indeed, self-interaction is at the heart of many of our most amazing phenomena; Evolution is “self-interactive”, a kind of “strange loop” where gene’s interact with themselves to produce novel and innovative (and also lethally destructive) variations. The conscious mind can influence the brain – a seeming “magic trick”, often enough. The well known “placebo” effect, where medical patients are observed to heal more quickly and thoroughly if they simply believe they are receiving effective medicine (even though it may be jus sugar pills) is a good example of this – the “mental activity” has a controlling physiological effect that isn’t even liminal.
I think there is no doubt that the mind influences the brain. The mind is brain at work, and some of the “works of the mind” can have – must have – physiological effects on the brain. I mentioned placebos, which I think is a germane example here, but even more mundane things make that point clearly. I have twin 3 year old sons, who are both quite avid “wanna-be readers”. They make choices over and over each day now to engage and wrestle with the content of the many books on their shelf; this is not just a mental activity, it’s a brain activity, and one that works to shape and restructure their brains. Not only does (pre-)reading form all sorts of concepts and ideas they process from those expereiences, it actually produces neurological effects, changes in the biological structures of the brain.Is that perception necessarily a false one in this context? Or can the mind actually act on the brain within this view? Just curious what you make of that.
And of course, those physiological changes produce downstream effects on the mind. And the cycle goes on…
-TS