proto-consciousness field theory

We all know what we mean when we use the word "colour".
Your own posts prove otherwise. You do not understand what others mean when they use the word, apparently because you are unfamiliar with the scientific understanding of color perception.

You started this when you wrote:
Except that colour does exist, no matter how you choose to define it.


carlosy responded quite reasonably:
Color is just a subjectively experienced value attributed to specific wavelength. Color does not exist, when no species in the universe has a receiver and a processor to process incoming wavelength. Color exists subjectively.

But wavelength does exist, even without any species at all.

The universe works perfectly fine without color. But it won't without wavelength.


Instead of accepting carlosy's succinct and accurate statement, you asserted that color and wavelength are the same thing:

Please don't start that. They are one and the same. Pretending that they're not is just adding some ghostly quality of colour that isn't in the material world.


carlosy, Myriad, Dancing David, and Squeegee Beckenheim corrected your pseudoscientific understanding of color. In the face of all that clear evidence that your understanding of the word "color" is at odds with the scientific understanding of the relationships between color and wavelength, you said all of us "know what we mean when we use the word "colour"."

You are being ridiculous.
 
You are being ridiculous.

I explained exactly what I meant by them being the same. And that point is that "redness" has no special quality. It's just neural reaction to photons of a certain wavelength hitting the retina. "Color" is a concept that encompasses more than just the neural reaction. That doesn't mean that this reaction and the light itself are one and the same, but that they are encompassed by the concept of redness.
 
Please note that even though colour and wavelength is not the same, colour could be a certain neuron-firing pattern in the brain. No need to discuss qualia - unless believe that colours ire more than neuron-firing patterns.
 
Please note that even though colour and wavelength is not the same, colour could be a certain neuron-firing pattern in the brain. No need to discuss qualia - unless believe that colours ire more than neuron-firing patterns.

You're not wrong, but my point was simply, and perhaps poorly explained, that the word and concept of colour are used for both.
 
Okay seriously "Words describe the thing but aren't the thing" is.... what language is. Bringing it up as if nobody knows that doesn't serve a purpose.

If I'm hiking through the wood trying to find the clearing on a map leaning over my shoulder constantly reminding me "You do know that the clearing isn't actually on the map right?" over and over accomplishes nothing.
 
I explained exactly what I meant by them being the same. And that point is that "redness" has no special quality. It's just neural reaction to photons of a certain wavelength hitting the retina. "Color" is a concept that encompasses more than just the neural reaction. That doesn't mean that this reaction and the light itself are one and the same, but that they are encompassed by the concept of redness.

Here's the issue (at least as I see it). There is the world, and there's the model of the world that the brain creates. Under the viewpoint that consciousness is just the workings of the brain, our experience of colour is that model. I think this viewpoint is entirely consistent, and it's the one that I hold, but it's still clear in this viewpoint that there is a difference between the model and the reality that it models. Even under this viewpoint it's fair to say that without brains there would be no such thing as the experience of redness, because that experience is defined as a particular state of the brain.

I don't think that last sentence is in dispute by either side here, or least I don't think that it should be.

Now, someone else might come in and say that that's fine, but there's nothing about the physical laws that tell us what the experience or redness should be like. As Robin has pointed out many times in the thread, we can't use our understanding of physics (or chemistry, etc.) to model the interactions of the brain in such a way as to predict the experience of redness. Whereas we could take a model of a clock and from that predict that it would make a ticking sound.

The response to this is that it's such a complex system that we can't model it in enough detail to do so, but there's every reason to think that if we could we would predict the emergence of an experience of redness.

However, the issue here is that it's hard to see how anything like can could come out of the model. What would it even mean for an experience of redness to emerge from the model? Certainly we could have a model from which brainstates that we already identify with an experience of redness will arise. But we have to already have done that identifying in order to get that connection between the physical system and the subjective experience.

The "consciousness field" idea is that the potential for a complex system like a brain to have an experience emerge from it's particular state is already there in the basic fundamental building blocks. "Field" here is really meant to be analgous with charge, for instance, in that an electron (say) can have charge as an inherent property that doesn't need further explanation, it's just a fact of the matter that electrons have charge, and under this idea they would also have "proto consciousness". This proto-consciousness is clearly not the same as consciousness of complex systems like brains because what exactly would an electron be conscious of? But those holding this view would see it as a necessity that the fundamental building blocks had this potential as a basic property.

You'll note that this is still a materialistic viewpoint, just one that posits some properties to matter beyond those we have strong confirmation of from physical theories (and the driving force here is philosophers not physicists). I think the idea is currently too vague to be particularly convincing, but I also don't think it's obvious rubbish.

While the solution to the hard problem may simply be that consciousness is an emergent phenomenon from a particular type of information processing (and my personal view is that that will turn out to be the solution), I think anyone who thinks it's not an actual problem is kidding themselves.
 
However, the issue here is that it's hard to see how anything like can could come out of the model. What would it even mean for an experience of redness to emerge from the model? Certainly we could have a model from which brainstates that we already identify with an experience of redness will arise. But we have to already have done that identifying in order to get that connection between the physical system and the subjective experience.
An argument that is often heard is that a computer brain will never be able to experience "redness", and I think that is only true if the definition of "redness" is that it needs to be the exact same neuron arrangement and firing pattern as in a human brain (some even think that only brains made out of biological matters can have this experience). However, I think that "redness" is whatever state - or sequence of states - that a conscious system gets in when exposed to a visual input of red wavelengths. Accordingly, a theoretical AI that is conscious needs not have the same construction as a brain, and can still experience "redness", even though obviously this experience of "redness" is not identical as that of a human being. But then, I am not even sure that different human individuals have the same experience of "redness".

The "consciousness field" idea is that the potential for a complex system like a brain to have an experience emerge from it's particular state is already there in the basic fundamental building blocks. "Field" here is really meant to be analgous with charge, for instance, in that an electron (say) can have charge as an inherent property that doesn't need further explanation, it's just a fact of the matter that electrons have charge, and under this idea they would also have "proto consciousness". This proto-consciousness is clearly not the same as consciousness of complex systems like brains because what exactly would an electron be conscious of? But those holding this view would see it as a necessity that the fundamental building blocks had this potential as a basic property.
I agree, but I think your interpretation is too kind. The "consciousness field" proponents are deliberately vague about what the properties of the field are, as I said in an earlier post.

You'll note that this is still a materialistic viewpoint, just one that posits some properties to matter beyond those we have strong confirmation of from physical theories (and the driving force here is philosophers not physicists).
I disagree. I believe that it is an attempt to couch a non-materialistic viewpoint in materialistic terms in order to make it sound sciency. There is no definition of the field or the forces involved, no attempt at explaining what the field does (except mediate "consciousness"), and there is no attempt at explaining why only brains have consciousness, or how brains interact with the field.

There is currently no existing AI consciousness, but if it was created, the "consciousness field" proponents would need to explain how a computer program interacts with this field. I think that the proponents will claim that the non-existence of artificial consciousness is the best argument they have. It is also an argument of "consciousness of the gap".
 
Here's the issue (at least as I see it). There is the world, and there's the model of the world that the brain creates. Under the viewpoint that consciousness is just the workings of the brain, our experience of colour is that model.

Sure, and I understand that, but here's the question: how much of a model is it, and how much of an accurate representation is it? One way or another I don't think you can separate the world from the model. Regardless, when we say "red" we are refering both to the real-world light at wavelength X, and to the response/model of the brain to the signal caused by that light.

However, the issue here is that it's hard to see how anything like can could come out of the model. What would it even mean for an experience of redness to emerge from the model?

Personally I think we assign much special qualities to "experience" that will turn out not to be special at all. Maybe the question above doesn't even make sense, like the phrase "before the universe".

The "consciousness field" idea is that the potential for a complex system like a brain to have an experience emerge from it's particular state is already there in the basic fundamental building blocks.

But that's no different than competing theories. It just displaces that potential out of the brain/processing itself.

While the solution to the hard problem may simply be that consciousness is an emergent phenomenon from a particular type of information processing (and my personal view is that that will turn out to be the solution), I think anyone who thinks it's not an actual problem is kidding themselves.

There's a difference between understanding that our knowledge is incomplete, and calling it a "hard problem" as if there's something terribly special about it.
 
I'm pretty sure that the original underlying motive for hypothesizing a consciousness field is not to account for consciousness, but to account for the behavior of the universe.
 
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About the cosmos as a network, similar to a neural network:

"By no means do we claim that the universe is a global brain or a computer," said Dmitri Krioukov, co-author of the paper, published by the Cooperative Association for Internet Data Analysis (CAIDA), based at the San Diego Supercomputer Center (SDSC) at the University of California, San Diego. "But the discovered equivalence between the growth of the universe and complex networks strongly suggests that unexpectedly similar laws govern the dynamics of these very different complex systems."

(similar to brain networks)

https://phys.org/news/2012-11-human-brain-internet-cosmology-similar.html
https://www.nature.com/articles/srep00793



About the communication between these networks:

Lead author Damien Hutsemékers from the University of Liège in Belgium said: “The first odd thing we noticed was that some of the quasars’ rotation axes were aligned with each other — despite the fact that these quasars are separated by billions of light-years.”

"In 2014, researchers discovered black holes at the centre of quasars – ultra-bright galaxies – were aligning with each other despite being billions of light-years away."

https://www.express.co.uk/news/scie...very-news-galaxy-astronomy-physics-lightyears

This synchronicity between objects far away from each other shows us that the universe is communicating within its large structures or networks. Cfr neural networks.
 
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About the cosmos as a network, similar to a neural network:

"By no means do we claim that the universe is a global brain or a computer," said Dmitri Krioukov, co-author of the paper, published by the Cooperative Association for Internet Data Analysis (CAIDA), based at the San Diego Supercomputer Center (SDSC) at the University of California, San Diego. "But the discovered equivalence between the growth of the universe and complex networks strongly suggests that unexpectedly similar laws govern the dynamics of these very different complex systems."

(similar to brain networks)

https://phys.org/news/2012-11-human-brain-internet-cosmology-similar.html
https://www.nature.com/articles/srep00793



About the communication between these networks:

Lead author Damien Hutsemékers from the University of Liège in Belgium said: “The first odd thing we noticed was that some of the quasars’ rotation axes were aligned with each other — despite the fact that these quasars are separated by billions of light-years.”

"In 2014, researchers discovered black holes at the centre of quasars – ultra-bright galaxies – were aligning with each other despite being billions of light-years away."

https://www.express.co.uk/news/scie...very-news-galaxy-astronomy-physics-lightyears

This synchronicity between objects far away from each other shows us that the universe is communicating within its large structures or networks. Cfr neural networks.

Or that there is some asymmetric property of the Universe that defines an up direction. Compasses do not communicate with each other to decide which way is North.
 

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