Fooloso4 wrote: Mgrinder:
My theory seems to answer the combination problem.
I read through your essay and do not see how what you say avoids emergence.
Ah, so you're the one. heh.
Fooloso4 wrote:
One problem is that you claim that the “particles” in a rock have experience but do not say whether the rock has experience and if so how it integrates the various experiences.
The rock as a whole does not have experiences, particles in the rock do. Things have experiences when their wavefunction collapses. So molecules have experiences as they chemically bond and so on. I assume that rocks themselves don't have wavefuntions, as the wavefunctions of their constituent particles are collapsiing all the time. I think the theory has to agree with the idea that wavefunctions collapse in the prescence of many other particles, not just when measured.
Fooloso4 wrote:
The same question arises as we move from subatomic particles to atoms to molecules. A related problem is that you claim that memory and a sense of self come into play with living organisms but you do not explain how conscious particles give rise to memory and a sense of self. The appeal to molecules is problematic because the claim is that something happens when atoms form molecular units and more importantly with protein molecules:
The idea is that with a molecule, you get wavefunction collapse for a very complex wavefunction, capable of encoding more information. When the molecule is constructed, information that reflects what the cell is sensing goes into the formation of the molecule. When it reacts with another molecule (possibly also representing information from the organism's senses) The qualia that occurs reflects the situation the organism is in. If it also has some sort of sense of self (rudimentary sense of self for something like a paramecium) encoded when manufactured, then you get a qualia that "something" experiences. Who experiences it? Something must, so let's chalk it up to the organism. Later on, another molecule reacts, if it has different sense information, but the same sense of self, then we can chalk that experience up to the organism too. And so on. As long as the molecule has the same sense of self, these various interactions will all be part of the continuity of experience of the organism.
In a sense, this is just another wavefunction collapse of a particle, just like any other, but since each one over time within a cell (or within cells of a multicellular organism) references the same set of information (sense of self) the organism has experiences of qualia that all have the sense of self in the background, constructing the experience of the organism over time. The organism as a whole does not have experiences, particles within it do, but only a small subset of those get a sense of self as they occur. But you can see how they can be identified sa the expereinces of the organism as a whole.
Admittedly, there's alot more research to be done, and I don't know enough to do it, plus I have zero help, so that's sort of the best I can do for now. Nevertheless, it seems like it can work.
Fooloso4 wrote:
conscious experiences for living beings occur when two “largish” molecules interact.
Isn't that emergence? The obvious problem is that you can combine largish molecules all day long and never get the kind conscious experience we find in living organisms.
The word "emergence" applies, but the emergent theory of consciousness is basically that consciousness is nowhere to be found at all in any sense in an atom. All atoms are completely dead, period. Then magically, when a bunch of atoms get together, then consciousness emerges. It's similar to saying that liquidity is nowhere to be found whatsoever in hydrogen and oxygen atoms, then liquidity magically emerges when you combine them into H2O and get alot of H2O atoms together. The thing is, if you know enough about hydrogen and oxygen (which we do) you can derive, using physics, that the molecules will interact in a way that will produce liquid properties at the proper temperature, not solid ones. So the idea that liquidity is nowhere whatsoever to be found in H and O atoms is false. However, you cannot derive the prescence of consciousness from putting atoms together, all you get are objects behaving like objects do.
So I am not advocating emergence like that, which is a popular, but silly theory of consciousness. I am saying that animal type consciousness "emerges" from primal (sort of) but (1) it's there fundamentally already, not totally unpresent as in emergent theories (2) it's a far cry from what people normally talk about when they say "emergence".
-- Updated Fri Feb 24, 2017 8:55 pm to add the following --
Bohm2 wrote:
The problem is that the only intrinsic stuff that we do have access to is our own consciousness. Nevertheless it seems reasonable to assume that just as a macrosystem/ organism like ourselves has intrinsic properties like consciousness, other smaller systems may have intrinsic properties that we don't have access to. These intrinsic properties despite being essential to produce consciousness need not themselves be conscious, just as is the case with the extrinsic stuff. You won't find life or liquidity by looking at individual atoms/particles. It's something that springs up when matter reaches a certain level of complexity at the macroscale. There's no sense is arguing that a single water molecule has proto-liquidity, etc. Similarily there's no sense in arguing that proto-consciousness exists in smaller particles.
Yes there is. You can use physics and predict that many water molecules will produce liquid properties when many of them are put together (at the right temperature, solid at other temperatures). So you can call that "proto-liquidity". You can even show that many Sodium and Chlorine atoms will produce a solid at room temperature when bound ionically, not a liquid ("proto-solidity" of a sort). "proto" is admittedly a terrible way to put it, but the idea of "proto-whatever" works in a fashion.
However, you can't use physics to predict and derive that someone or something will be conscious or not. It won't happen. So I am sure you are quite wrong here Bohm2.
Plus it will never happen. As Sean Carrol says (he ought to know) we've discovered all the physics that exists in our neck of the woods (energy levels from near absolute zero up to and beyond the temperatures that occur in stars). Carrol rightly calls it a stunning achievement, we know all the physics relevent to human beings. The only physics that's missing is that for extreme energy regimes like black holes and the birth of the universe. However, when this is found, it won't contradict any of the physics that we know to work in our energy realm, it will just be physics we can derive our current physics from, with no contradiction. The idea of particles, atoms and molecules will still be fruitful ideas, just a Newtonian physics is still a great bunch of ideas for the energy realm it applies to. If we can't derive it from current physics (which will always be valid for this energy regime) we'll never derive it from future physics (unless maybe you incorporate my ideas
.