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10 Chilling Reasons Scientists Now Think Consciousness Isn't Inside Your Brain

  

Category:  News & Politics

Via:  drakkonis  •  2 months ago  •  70 comments

By:   Drakkonis

10 Chilling Reasons Scientists Now Think Consciousness Isn't Inside Your Brain
For most of the 20th century, the dominant framework of science rested on an assumption so foundational that it was rarely spoken aloud. Matter is primary. Mind is its product.... The problem 30:0630 minutes, 6 secondsis that it was never proven. It was assumed.

For a long time, I've felt that the essential me, the "person" that experiences life and all that implies, existed as a separate thing from my physical body, and that my body and its requisite brain is simply the interface necessary for me to experience the physical world. Soul + body, in other words, but I like to put it in the terms I just did because that's a bit more descriptive. 


S E E D E D   C O N T E N T






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Please do not make this about Trump, Democrats, progressives, MAGA or anything else political. 


 

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Drakkonis
Professor Participates
1  seeder  Drakkonis    2 months ago

Assuming the information in the video is reasonably accurate, this is a truly fascinating video. What do you think? 

 
 
 
TᵢG
Professor Principal
2  TᵢG    2 months ago

Focusing strictly on the question:  'is consciousness an emergent property of the physical brain?', the only 'chilling reasons' of interest (to me) are the Near Death Experience and Quantum factors.

NDE, if true, would be definitive.   If one can experience when the brain is not active, that means that there is more at play than the physical brain.   

Quantum factors support the hypothesis that the brain is NOT the only factor of consciousness because we can observe behaviors that defy explanation.   Our ignorance opens the hypothesis.   But, unlike NDS, this is not definitive ... just something that must be considered.

 
 
 
evilone
Professor Guide
2.1  evilone  replied to  TᵢG @2    2 months ago
NDE, if true, would be definitive. 

If one believes NDE to be true then would that also be a form of astral projection? There is a whole history of accounts of AP that has nothing to do with NDEs, but often presents similarly... consciousness outside the body.

I'm not saying either are true, or false. Noetic Science can only say that a body loses approximately 21 grams of weight in the seconds after bodily death, but can't say what it loses. Others say Noetic Science is pseudoscience and have various plausible explanations for things.

 
 
 
TᵢG
Professor Principal
2.1.1  TᵢG  replied to  evilone @2.1    2 months ago

We need to stay open-minded about things that run counter to our intuition.   Science has repeatedly taught this lesson.

Science has also taught us the distinction between wishes, hypotheses, and theories.   

Right now, the very best we have supporting consciousness NOT being an emergent property of the brain are hypotheses and quite a few wishes.

 
 
 
Drakkonis
Professor Participates
2.1.2  seeder  Drakkonis  replied to  TᵢG @2.1.1    2 months ago
Right now, the very best we have supporting consciousness NOT being an emergent property of the brain are hypotheses and quite a few wishes.

Yes, but the same seems true in reverse. That is, that consciousness IS an emergent property of the brain are hypothesis and assumptions as well. That's what makes this so fascinating. 

 
 
 
TᵢG
Professor Principal
2.1.3  TᵢG  replied to  Drakkonis @2.1.2    2 months ago
That is, that consciousness IS an emergent property of the brain are hypothesis and assumptions as well.

The evidence strongly supports consciousness as an emergent property of the brain.  Evidence that consciousness exists independently of brain function is at best weak and inconclusive.

'Possible' should be taken to mean 'not ruled out as impossible'.

 
 
 
Drakkonis
Professor Participates
2.1.4  seeder  Drakkonis  replied to  TᵢG @2.1.3    2 months ago
The evidence strongly supports consciousness as an emergent property of the brain.

What evidence are you referring to? I see that consciousness depends on a functioning brain and there's undeniable evidence for it. But not so much that the brain actually produces consciousness. There's plenty of competing theories, but nothing close to anything conclusive or empirical that I have found. In fact, as far as I can tell, even before seeing this video, there's about as much conclusive evidence that the brain produces consciousness as there is for consciousness being something external. 

What we need are controlled experiments designed to produce objective, reproducible results while minimizing false positives and alternative explanations.   2.2.1

In a sense, we've been doing that all along, although from the other direction. That is, by trying to find a material source for consciousness. Apparently, we haven't found one. That may be the only way to actually quantify the likelihood of an externally sourced consciousness, in that since it would therefore not be physical we probably couldn't apply science to examine it directly. 

 
 
 
TᵢG
Professor Principal
2.1.5  TᵢG  replied to  Drakkonis @2.1.4    2 months ago
What evidence are you referring to?

Scientific evidence overwhelmingly points to the brain as the mechanism underlying the mind.   While that does not preclude the possibility that an aspect of the mind —consciousness— cannot come from factors outside of the physical brain, there is precious little credible scientific evidence that this occurs.    

Apparently, we haven't found one.

We do not have a complete, universally accepted definition of what consciousness is, much less a full explanation of how it manifests from the brain. The brain is extraordinarily complex, and neuroscience still is just scratching the surface.  We are nowhere near reaching the point where the brain has been exhaustively investigated.  More accurate to recognize that we still have much to explore before we start concluding that consciousness cannot be found and that we must look beyond the brain for answers.

 
 
 
Drakkonis
Professor Participates
2.1.6  seeder  Drakkonis  replied to  TᵢG @2.1.5    2 months ago
We do not have a complete, universally accepted definition of what consciousness is, much less a full explanation of how it manifests from the brain.

Don't you think this contradicts...

Scientific evidence overwhelmingly points to the brain as the mechanism underlying the mind.

That is, if you think the first is true, how can you be confident of the second, assuming "mechanism underlying the mind" means an emergent property of the brain? 

 
 
 
TᵢG
Professor Principal
2.1.7  TᵢG  replied to  Drakkonis @2.1.6    2 months ago

There is no contradiction in recognizing that we have much to learn while also recognizing that the abundance of evidence we do have strongly supports consciousness as an emergent property of the brain.

The important point is that the possibility of factors outside the physical brain is not dismissed.

 
 
 
evilone
Professor Guide
2.1.8  evilone  replied to  TᵢG @2.1.1    2 months ago
We need to stay open-minded about things that run counter to our intuition.   Science has repeatedly taught this lesson.

Yes. This.

I believe there are many things that are yet to be discovered and cataloged, but we have to be mindful of what is true and what only speculation. Everything has to be open to peer review. 

 
 
 
TᵢG
Professor Principal
2.1.9  TᵢG  replied to  evilone @2.1.8    2 months ago

Peer review based on formal experiments in a controlled environment.

 
 
 
evilone
Professor Guide
2.1.10  evilone  replied to  TᵢG @2.1.3    2 months ago
The evidence strongly supports consciousness as an emergent property of the brain. 

I tend to proscribe to the emergent property view of consciousness - that consciousness only emerges when billions of neurons in the brain all work together. 

 
 
 
TᵢG
Professor Principal
2.1.11  TᵢG  replied to  evilone @2.1.10    2 months ago

At this point, that appears to be the most likely explanation.  I understand why it is difficult to imagine something as sophisticated as consciousness emerging from biochemical activity in a few pounds of tissue, but science has repeatedly shown that we should not leap to extraordinary explanations simply because the more straightforward explanation seems intuitively impossible.

 
 
 
evilone
Professor Guide
2.1.12  evilone  replied to  TᵢG @2.1.11    2 months ago

There are other theories in neuroscience with as much evidence.  One that consciousness happens when information travels from the front of the brain out widely to other parts. The other is consciousness arises in the back of the brain through a series of complex information sharing. It would be this one that any emergent AI could... maybe... theoretically achieve consciousness. I personally don't think that's possible with current AI technology. 

 
 
 
TᵢG
Professor Principal
2.1.13  TᵢG  replied to  evilone @2.1.12    2 months ago

Current AI technology is, IMO, nowhere near consciousness.   But at the pace of advancement we are seeing now, I am not even going to try to make predictions.  jrSmiley_100_smiley_image.jpg

 
 
 
Drakkonis
Professor Participates
2.1.14  seeder  Drakkonis  replied to  TᵢG @2.1.7    2 months ago
There is no contradiction in recognizing that we have much to learn while also recognizing that the abundance of evidence we do have strongly supports consciousness as an emergent property of the brain.

Sorry, but at this point, this seems more like a statement of something you believe rather than an argument for it. I asked what evidence you were referring to, but all I received is statements like this one. Statements you present as true and factual, but without any supporting evidence. At this point, I'll assume you simply don't want to have this discussion. 

 
 
 
Drakkonis
Professor Participates
2.1.15  seeder  Drakkonis  replied to  evilone @2.1.10    2 months ago
I tend to proscribe to the emergent property view of consciousness - that consciousness only emerges when billions of neurons in the brain all work together. 

Why? And what do you mean by "emerges?" That is, do you mean these neurons produce consciousness? 

 
 
 
evilone
Professor Guide
2.1.16  evilone  replied to  Drakkonis @2.1.15    2 months ago
Why?

Because it's a more complex theory that takes the whole brain into account instead of parceling out parts of it for one thing or another. It all has to work, or it doesn't work. 

And what do you mean by "emerges?" That is, do you mean these neurons produce consciousness? 

Seems to me in this context consciousness is more of a process of the whole, than a thing by itself. It's not the neurons themselves, but them all firing and working together in concert that produces the resulting consciousness. 

A single molecule of H2O is not wet, but put thousands of water molecules together and wetness emerges. 

 
 
 
TᵢG
Professor Principal
2.1.17  TᵢG  replied to  Drakkonis @2.1.14    2 months ago
At this point, I'll assume you simply don't want to have this discussion. 

WTF? Why do you resort to tactics like this?  

I asked what evidence you were referring to, but all I received is statements like this one.

The evidence supporting the view that consciousness is an emergent property of the brain is replete.   You asking for evidence of this is like asking for evidence that human beings are the product of evolution.   Where does one even start when the evidence is so abundant?   And why do you need me to deliver evidence for you since you can easily find all sorts of evidence if you chose to?

You could, for example, just ask ChatGPT for references.   Simple.   Right there.   Here is an example of research points that ChatGPT can provide you:

Yes. There is a large, convergent scientific literature supporting the proposition that consciousness depends on—and is generated by or emerges from—physical brain processes . The important qualification is that neuroscience does not experimentally “prove” the metaphysical proposition that consciousness must be emergent. What it demonstrates is that conscious state, content, self-experience, and loss/recovery of awareness systematically change when specific brain processes are changed.

I checked the sources below for credibility. I have favored peer-reviewed primary research, systematic reviews, major reviews, and multicenter studies published in journals such as Nature , Nature Reviews Neuroscience , Neuron , New England Journal of Medicine , Science Translational Medicine , Nature Communications , Journal of Neuroscience , and NeuroImage . For PubMed links, PubMed is the U.S. National Library of Medicine's bibliographic database; its inclusion verifies the publication record, although PubMed itself does not endorse a paper's conclusions.

  1. Nature (2025) — “Adversarial testing of global neuronal workspace and integrated information theories of consciousness.” This is one of the strongest contemporary studies because competing consciousness theorists agreed in advance on predictions and a theory-neutral consortium tested them using fMRI, MEG, and intracranial EEG in 256 humans. Conscious perceptual contents were systematically represented in identifiable patterns of brain activity. It does not settle which brain theory of consciousness is correct, but the entire experimental framework successfully treats conscious experience as something generated by measurable neural processes. ( Nature )
    Nature — full study

  2. Nature Reviews Neuroscience (2016) — “Neural correlates of consciousness: progress and problems.” A major review by Koch, Massimini, Boly and Tononi covering lesion, imaging, stimulation, sleep, anesthesia and disorders-of-consciousness evidence. It identifies neural mechanisms associated with both consciousness generally and particular conscious experiences. ( Nature )
    Nature Reviews Neuroscience — review

  3. Neuron (2024) — “Anesthesia and the neurobiology of consciousness.” Particularly powerful evidence because anesthetics provide a reversible intervention : alter particular receptors and neural-network dynamics, consciousness disappears or changes; allow those systems to recover, and consciousness returns. The review synthesizes molecular, network, sensory and arousal evidence. ( PubMed )
    PubMed — Neuron review

  4. Science Translational Medicine (2013) — “A theoretically based index of consciousness independent of sensory processing and behavior.” Researchers stimulated the brain with TMS and measured its EEG response. The resulting Perturbational Complexity Index (PCI) reliably distinguished consciousness across wakefulness, dreaming, NREM sleep, different anesthetics, minimally conscious patients and other conditions. This is especially important because the measurement comes directly from the brain rather than merely observing behavior. ( PubMed )
    PubMed — PCI study

  5. Nature Communications (2019) — “Consciousness-specific dynamic interactions of brain integration and functional diversity.” Researchers compared healthy awake people, anesthetized people and patients with disorders of consciousness. Loss of consciousness was associated with reproducible changes in brain integration, information capacity and thalamocortical connectivity. ( Nature )
    Nature Communications — study

  6. NeuroImage (2011) — “Brain functional integration decreases during propofol-induced loss of consciousness.” In healthy volunteers, experimentally inducing unconsciousness with propofol significantly reduced whole-brain functional integration and communication between networks. This provides direct experimental evidence connecting an induced physical change in the brain with loss of conscious state. ( PubMed )
    PubMed — propofol integration study

  7. Anesthesiology — propofol and brain-network connectivity. In healthy volunteers progressing from wakefulness through sedation to unconsciousness and then recovery, decreasing consciousness tracked decreasing corticocortical and thalamocortical connectivity; connectivity returned with consciousness. ( PubMed )
    PubMed — connectivity study

  8. Human intracranial thalamocortical recordings — propofol-induced unconsciousness. Researchers recorded directly from the human thalamus and cortex during induction of anesthesia and found decreased thalamocortical connectivity accompanying loss of consciousness. This is stronger than merely comparing brain scans because electrical activity was recorded directly from relevant structures. ( PubMed )
    PubMed — direct thalamocortical recordings

  9. Nature Reviews Neuroscience — “General anaesthesia: from molecular targets to neuronal pathways of sleep and arousal.” This review traces anesthesia from identifiable molecular targets—GABA-A receptors, potassium channels, NMDA receptors—through neural circuits to reversible loss of consciousness. It is particularly relevant to emergence because it links molecular physical changes to altered conscious state through successive levels of brain organization. ( Nature )
    Nature Reviews Neuroscience — anesthesia mechanisms

  10. New England Journal of Medicine (2024) — “Cognitive Motor Dissociation in Disorders of Consciousness.” This large six-center study involved 353 brain-injured patients . About 25% of apparently command-unresponsive patients nevertheless demonstrated command-following through fMRI or EEG. The striking implication is that otherwise hidden consciousness can be detected through the physical activity of the brain. ( New England Journal of Medicine )
    NEJM — multicenter study

  11. Nature Reviews Neurology (2014) — “Disorders of consciousness after acquired brain injury: the state of the science.” This major clinical review concludes that disorders of consciousness arise from disruption of neural systems controlling arousal and awareness and from disruption of communication between those systems. Brain damage therefore produces systematic, anatomically intelligible changes in consciousness. ( Nature )
    Nature Reviews Neurology — review

  12. Nature Communications (2025) — “A human brain network linked to restoration of consciousness after deep brain stimulation.” In 40 patients with disorders of consciousness, improvement was associated with stimulation of particular thalamic/arousal pathways. This is important because it goes beyond correlation: physically stimulating an appropriate brain network can contribute to restoration of consciousness. ( PubMed )
    Nature Communications — deep-brain stimulation study

  13. Systematic review of the thalamus and consciousness (2025). This review examined 167 studies , producing 346 pieces of evidence regarding particular thalamic nuclei and consciousness; 284 were positive. The strongest evidence implicated the intralaminar nuclei, especially the centromedian-parafascicular complex, across brain injury, anesthesia and stimulation studies. ( PubMed )
    PubMed — systematic review

  14. Nature Communications (2025) — focused ultrasound manipulation of thalamic activity. Researchers noninvasively modulated different thalamic regions in healthy humans and altered conscious visual perception. This is particularly valuable because it provides causal manipulation rather than mere correlation between brain activity and experience. ( Nature )
    Nature Communications — thalamic neuromodulation study

  15. Journal of Neuroscience (2014) — electrical stimulation of the fusiform gyrus changes conscious face perception. Researchers electrically stimulated identified face-selective brain regions and caused profound, face-specific distortions in what the patient consciously saw. This is unusually direct causal evidence: alter the neural substrate and you alter the content of subjective experience . ( PubMed )
    PubMed — fusiform stimulation study

  16. Cortex — electrical stimulation actually generates a face hallucination. Intracranial stimulation of a face-selective region of the right fusiform cortex caused a patient to experience faces that were not present or altered facial identities that were present. Again, this is not simply “brain activity correlates with experience”; physically manipulating a brain region changed what entered conscious experience. ( PubMed )
    PubMed — induced face hallucination

  17. Human Brain Mapping (2023) — systematic review of electrical stimulation and the conscious sense of self. Forty-two studies involving 221 patients showed that electrical stimulation of particular brain regions could alter body ownership, self-location, first-person perspective, agency and body image. That is powerful evidence that even apparently fundamental aspects of self-consciousness depend on identifiable neural systems. ( PubMed )
    PubMed — systematic review of bodily self-consciousness

  18. Electrical stimulation of the human brain — century-scale review. This Stanford review surveys approximately a century of direct electrical brain stimulation in conscious humans and documents reproducible changes in perceptions, emotions, memories, urges and behaviors produced by stimulating particular brain structures. ( PubMed )
    PubMed — electrical brain stimulation review

  19. Blindsight and visual consciousness. Damage to primary visual cortex can abolish normal conscious visual experience while leaving some unconscious visual processing intact. This is conceptually important because it demonstrates that information entering the nervous system is not sufficient for consciousness ; particular neural processing architecture matters. ( PubMed )
    PubMed — V1, awareness and blindsight

  20. Resting brain activity in disorders of consciousness — systematic review and meta-analysis. Across studies involving hundreds of patients, disorders of consciousness were associated with consistently reduced activity in specific cortical and thalamic regions, including the posterior cingulate, precuneus and medial dorsal thalamus. ( PubMed )
    PubMed — systematic review and meta-analysis

  21. Recent neuroscience review of coma. Modern work identifies specific ascending arousal networks and cortical awareness systems; lesions affecting them can produce coma or loss of awareness. Consciousness is therefore not merely generally associated with “having a brain”—particular physical circuits and network interactions appear necessary. ( PubMed )
    PubMed — neuroscience of coma

  22. Split-brain research. Severing the corpus callosum produces profound and reproducible changes in integration of perception, attention and conscious information between the hemispheres. Precisely how many unified conscious streams remain is still debated, which is why I would not overstate this evidence, but manipulating the brain's physical connectivity clearly changes the organization and accessibility of conscious information. ( PubMed )
    PubMed — modern split-brain review

  23. Criticality and consciousness under anesthesia. In healthy subjects receiving propofol, xenon or ketamine, unconscious states corresponded to characteristic changes in brain dynamics, while ketamine provided an important control because subjects could remain experientially conscious despite being behaviorally unresponsive. The neural measures tracked consciousness rather than simple responsiveness. ( PubMed )
    PubMed — neural criticality and consciousness

  24. 2026 connectomics study of propofol anesthesia. High-density EEG in surgical patients showed that loss of consciousness was accompanied by reproducible changes in cortical/subcortical connectivity, particularly disruption of parietal, occipital and subcortical alpha-band connectivity. An additional cohort confirmed the effect. ( PubMed )
    PubMed — neurophysiological connectomics study

What this collection actually establishes

The strongest argument is not “scientists found one brain region called consciousness.” They haven't. Nor has neuroscience solved the philosophical “hard problem.”

The evidentiary case is cumulative:

Change brain chemistry → consciousness predictably changes.
Disrupt particular brain networks → consciousness diminishes or disappears.
Damage particular structures → particular components of conscious experience disappear.
Electrically stimulate particular structures → particular conscious experiences appear or change.
Restore or stimulate appropriate networks → consciousness can improve or return.
Measure particular patterns of brain complexity and connectivity → they discriminate conscious from unconscious states, including when behavior cannot.

Those are exactly the kinds of observations one would expect if consciousness is produced by the organized activity of the brain . They are much less naturally explained by a model in which consciousness exists independently of brain function.

I would therefore phrase the scientific conclusion carefully:

A large and convergent body of evidence from anesthesia, brain injury, direct electrical stimulation, neuroimaging, electrophysiology, sleep, coma, neuromodulation and disorders of consciousness strongly supports the hypothesis that consciousness emerges from organized activity within the brain. Although this evidence does not logically disprove every possible nonphysical theory of consciousness, there is currently no comparably robust empirical evidence demonstrating consciousness operating independently of brain function.

In my experience, I have seem far more support for consciousness as an emergent property of the brain than for the hypothesis that some or all of consciousness exists independently of the brain.  As noted upfront, genuine evidence of a person accurately perceiving external reality during a period when the brain showed no activity sufficient to support conscious perception would be very compelling.  But the overwhelming body of evidence—including the effects produced when the brain is physically altered, damaged, anesthetized, etc. (included to a degree in your video)—points toward consciousness depending on brain functio n rather than originating from an external source.

You provided the best evidence you could.  I do not find it very compelling, and the most persuasive example was anecdotal rather than the result of a controlled, reproducible formal experiment.  I am following the evidence where it leads.  Right now, that evidence strongly favors consciousness as an emergent property of the brain.

That conclusion is not absolute.   Future evidence could show that some aspect of consciousness exists independently of the brain.  But right now that remains speculative rather than a hypothesis supported by comparably strong empirical evidence.

My suggestion is to follow the evidence.  Do not rule out possibilities that have not been disproven—but also do not treat them as well-supported until credible, reproducible evidence justifies this.

 
 
 
Drakkonis
Professor Participates
2.1.18  seeder  Drakkonis  replied to  TᵢG @2.1.17    2 months ago
WTF? Why do you resort to tactics like this?

Tactics? Asking you for what you consider evidence for your claims? Isn't that simply what is demanded of an argument? Or am I supposed to just assume what your evidence is? I don't understand why you are implying I'm being less than honest when you would ask the same thing of me if I made an unsupported claim. 

In regard to your ChatGPT response for evidence, I took it and fed it back, asking a specific question. Here's both the question and the response. It was what I expected. (Highlighting is mine)

You're very close, but I would change one part of your conclusion because otherwise your debate partner has a legitimate objection.

You said:

“because neuroscience doesn't experimentally prove that consciousness must be emergent, these examples can't be taken as evidence that it is.”

 

That doesn't follow. Evidence does not have to prove a hypothesis in order to be evidence for it. Almost no empirical scientific evidence works that way.

The better question is whether those observations provide differential evidence for emergence over the competing hypothesis you're considering.

The answer there is much more interesting.

(ChatGPT is correct. In my haste, I made this obvious mistake.) 

The original response lists anesthesia, brain injury, stimulation, coma, lesions, etc. and summarizes the observations accurately: changing brain chemistry changes conscious experience; damaging particular structures removes particular conscious capacities; stimulating structures can produce experiences; and measurable neural patterns distinguish conscious from unconscious states.   Pasted markdown

Those findings unquestionably establish something important:

Human conscious experience is profoundly dependent upon the condition and operation of the brain.

 

But consider your competing hypothesis:

H1 — Emergence: Consciousness is generated by organized brain activity.

H2 — Interface: Consciousness is not generated by the brain; the brain is the physical mechanism/interface through which an independently existing conscious subject experiences and interacts with the physical world.

Now take one of the strongest examples from the list: direct electrical stimulation of the fusiform gyrus alters conscious perception of faces.   

What does H1 predict?

Manipulating the neural machinery generating visual consciousness should alter visual consciousness.

 

What does H2 predict?

Manipulating the neural machinery through which consciousness receives/processes visual information should alter visual consciousness.

 

Both predict the observation.

Same thing with anesthesia:

H1: Disable the neural machinery generating conscious experience → conscious experience disappears.

 

versus:

H2: Disable the neural interface required for ordinary embodied conscious experience → the person's connection to ordinary embodied experience disappears.

 

Again, both predict what we observe.

And that exposes a problem in my previous answer to your debate partner. I wrote:

“Those are exactly the kinds of observations one would expect if consciousness is produced by the organized activity of the brain. They are much less naturally explained by a model in which consciousness exists independently of brain function.”   

 

Given the particular alternative hypothesis we're now discussing, I think that sentence was too strong.

If “independently” means consciousness should be completely unaffected by what happens to the brain, then yes, the evidence is devastating to that hypothesis.

But that's not your hypothesis.

You're proposing extracerebral consciousness coupled to a brain. Such a theory positively expects brain manipulation to alter embodied conscious experience because the brain is the proposed interface.

Where I would draw the line

There's an important difference between saying:

  1. The evidence proves emergence.

No.

  1. The evidence is compatible with emergence.

Absolutely.

  1. The evidence gives us reason to consider emergence.

Yes.

  1. These experiments by themselves strongly discriminate emergence from an interface/dualistic model that also predicts brain dependence.

That's much harder to establish.

That's the issue I think your debate has actually reached.

For evidence E to strongly favor H1 over H2, ideally we'd want:

P(E | H1) >> P(E | H2)

In plain English:

We should be substantially more likely to observe this result if emergence is true than if the interface hypothesis is true.

 

If both hypotheses strongly predict that damaging the visual system damages embodied visual experience, discovering exactly that doesn't distinguish them very effectively.

There's an additional distinction in the wording

Look carefully at the first sentence of the answer you were given:

“There is a large, convergent scientific literature supporting the proposition that consciousness depends on—and is generated by or emerges from— physical brain processes.”   Pasted markdown

 

I've bundled two propositions together there:

Dependence: conscious experience systematically depends upon brain function.

Production: conscious experience exists because brain activity generates it.

The cited experiments provide extremely powerful evidence for the first.

They don't establish the second with anything approaching the same directness.

And that's exactly what the subsequent evidence actually describes. Notice the verbs throughout the list: consciousness changes, disappears, returns, tracks, correlates, is associated with, etc. The propofol studies, for example, show that loss of consciousness accompanies reductions in particular kinds of brain integration and connectivity. That's excellent causal evidence about the brain-consciousness relationship.

But it doesn't tell us whether that physical organization creates the experiencing subject or is necessary for the experiencing subject to interact normally with the physical world.

That's an ontological inference beyond the experimental result.

So I would slightly modify your argument. Don't say:

There is no evidence for emergence.

 

That's unnecessarily strong and leaves an opening for an easy rebuttal.

Your stronger position is:

The evidence demonstrates brain dependence, but brain dependence does not by itself establish brain production. To claim that this evidence strongly favors emergence over an extracerebral-consciousness/interface model, you need to show that the observations are substantially more expected under emergence than under the interface model.

 

And that puts the burden exactly where it belongs.

Your opponent may have an answer. For example, he could argue that emergence provides a simpler explanation with fewer ontological commitments, or that particular neurological phenomena are difficult to reconcile with a soul/interface model. Those would be legitimate arguments to examine.

But notice what has happened if he does that: we've left the raw neuroscience and entered philosophical inference from the neuroscience.

That's an important distinction, because his original claim was specifically that “the evidence strongly supports consciousness as an emergent property of the brain.”

The neuroscience unquestionably establishes an extraordinarily tight relationship between brains and conscious experience. Whether production/emergence is the best explanation of that relationship is the very thing the two of you are debating; it can't simply be smuggled into the description of the evidence.

These are the very points I wanted to make in the discussion, but I needed you to refer to the evidence for your conclusion first. That is not an unfair "tactic." That's what is actually demanded of someone who makes a declarative statement in a debate. 

 
 
 
TᵢG
Professor Principal
2.1.19  TᵢG  replied to  Drakkonis @2.1.18    2 months ago
Asking you for what you consider evidence for your claims?

No, the tactic is ignoring a perfectly reasonable answer and suggesting that, even after all the detailed responses I have provided, that I am not trying to discuss this.

You're proposing extracerebral consciousness coupled to a brain.

And, again, I am not suggesting that is impossible.   Rather, I am noting that the evidence points to consciousness being a result of the brain.

These are the very points I wanted to make in the discussion, but I needed you to refer to the evidence for your conclusion first

And again, Drakk, you want me to provide THE evidence for my viewpoint as if there are just a few experiments that one can cite instead of the vast majority of experiments that do NOT suggest some external factor for consciousness.    As I noted, this is like asking someone to show the evidence for why humans are the result of evolution.   The evidence is replete.   What is not commonplace is evidence suggesting an external source/factor for consciousness.

To be quite clear, I am following the evidence.   The evidence strongly supports consciousness depending on brain activity.  Your proposed external source needs affirmative evidence of its own; gaps in our understanding is a weak argument.

Here, ask ChatGPT this question (which succinctly reflects the point I have been making):

If one follows the available evidence objectively, would it be rational to be persuaded that consciousness is more likely an emergent property of the brain or more likely an extracerebral consciousness coupled to the brain?

 
 
 
Drakkonis
Professor Participates
2.1.20  seeder  Drakkonis  replied to  TᵢG @2.1.19    2 months ago
No, the tactic is ignoring a perfectly reasonable answer and suggesting that, even after all the detailed responses I have provided, that I am not trying to discuss this.

We must have a very different understanding of "detailed responses." You made a claim equivalent to me saying " Scientific evidence overwhelmingly points to God as the reason anything exists." but then not backing it up with that evidence. 

And, again, I am not suggesting that is impossible.   Rather, I am noting that the evidence points to consciousness being a result of the brain.

That's fine. I haven't argued otherwise. What I am arguing is the interpretation you give the evidence you claim makes consciousness an emergent property of the brain the most likely answer. That may be your opinion, but the evidence doesn't support it. 

And again, Drakk, you want me to provide THE evidence for my viewpoint as if there are just a few experiments that one can cite instead of the vast majority of experiments that do NOT suggest some external factor for consciousness.

Nothing I said indicates such. What I wanted is you to refer to the evidence you think supports your claim. That is not unreasonable. That is simply what a debate demands. 

To be quite clear, I am following the evidence.   The evidence strongly supports consciousness depending on brain activity.

And I have not disagreed. I said the same thing in 2.1.4 when I said, " I see that consciousness depends on a functioning brain and there's undeniable evidence for it. " But needing a brain for consciousness to function is not synonymous with consciousness being an emergent property of the brain. 

Your proposed external source needs affirmative evidence of its own; gaps in our understanding is a weak argument.

This exemplifies what this debate is about. You are assuming that the evidence points toward emergence and that it therefore the emergence proposition doesn't have the same burden an external explanation would, but it's still an assumption. There is tons of evidence that manipulating the brain in various ways affects consciousness. There is, to my knowledge, zero evidence that consciousness is an emergent property that can't also be explained by an external source of consciousness. The only reason for reading the evidence that way you do is expectation. 

Lastly, I asked ChatGPT exactly, word for word, your question. This was its response: 

That's a better question than the original one because it explicitly asks us to compare the two hypotheses rather than equating brain dependence with brain production.

If I restrict myself to the available empirical evidence, I would say this:

It is rational to be persuaded by an emergent/brain-produced account, but I don't think the evidence currently warrants saying that emergence has been empirically shown to be more likely than a properly formulated extracerebral-interface account. The reason is that the strongest body of neuroscience largely establishes brain dependence, and both hypotheses predict brain dependence.

That requires some unpacking.

What is firmly established

There is exceptionally strong evidence that the brain is causally involved in our ordinary conscious experience. Lesions, anesthetics, electrical stimulation, brain injury, sleep, seizures and changes in neural connectivity can systematically alter conscious state and conscious content. Contemporary neuroscience is increasingly successful at identifying the neural conditions associated with particular experiences. Nature

So if the hypotheses were:

H1: Consciousness emerges from the brain.

H2: Consciousness has nothing to do with the brain and should be unaffected by it.

H1 would crush H2 empirically.

But that's not the alternative we're discussing.

The relevant alternative is:

H1 — Emergence: The brain produces/constitutes consciousness.

H2 — Interface: An extracerebral conscious subject interacts with the physical world through the brain, with the brain performing at least some of the information processing required for ordinary embodied experience.

Now consider the evidence.

Damage the visual cortex → visual consciousness is impaired.

Alter brain chemistry → conscious experience changes.

Stimulate particular neural tissue → particular experiences occur.

Disrupt large-scale neural organization → ordinary consciousness disappears.

Restore organization → ordinary consciousness returns.

Those observations are expected under H1. But once H2 says that the brain is the mechanism through which an extracerebral consciousness interacts with physical reality, they're expected under H2 as well.

That's why the scientific concept of a neural correlate of consciousness is deliberately more modest than a metaphysical theory about where consciousness ultimately comes from. A major neuroscience review defines NCCs in terms of neural mechanisms associated with particular experiences; the Stanford review explicitly warns that identifying such correlates is an important but early step and does not by itself explain consciousness. Nature

Does emergence nevertheless have advantages?

Yes. There is a legitimate argument available to your debate partner.

Emergence fits neatly into the broader neuroscientific research program. We already know the brain performs enormous amounts of information processing. As neural systems are progressively disrupted, aspects of cognition and conscious experience are progressively altered. No additional extracerebral entity is required by those observations.

So one can make an inference to the simpler explanation:

We already know the brain is doing all this work; therefore, hypothesizing that consciousness arises from that activity requires fewer additional entities than hypothesizing an extracerebral consciousness interacting with it.

 

That's a perfectly rational argument.

But notice that this is now partly an appeal to parsimony and inference to the best explanation, rather than an experiment showing that neural activity generates subjectivity.

And H2 has a potential explanatory advantage of its own: it doesn't have to explain how purely nonexperiential physical processes somehow produce phenomenal experience in the first place. That's precisely the territory occupied by the explanatory gap/hard problem.

So there are costs on both sides:

H1: fewer kinds of entities, but must explain how physical processing entails subjective experience.

H2: takes subjective consciousness as something ontologically distinct/fundamental, but must explain how it interacts with the brain and why the extraordinarily detailed brain-consciousness relationships look the way they do.

Those are philosophical explanatory considerations, not straightforward experimental measurements.

What about positive evidence for extracerebral consciousness?

Here H2 is currently in a weaker empirical position.

There are reported NDEs, terminal-lucidity phenomena and related anomalous experiences that some researchers argue are difficult to reconcile with brain-production models. A 2025 review explicitly argues that cardiac-arrest NDE evidence may support continuity of consciousness beyond the brain. PubMed

But that interpretation is contested. Another 2025 Nature Reviews Neurology review proposes an integrated neurophysiological account of NDEs based on known and hypothesized processes occurring in the threatened/dying brain. PubMed And a recent systematic review notes that there remains no consensus about the origin or nature of NDEs. PubMed

So I would not say that science has established extracerebral consciousness either.

The critical evidential asymmetry

There is one asymmetry worth emphasizing.

We have an enormous amount of evidence showing:

brain manipulation → altered conscious experience.

We have much less well-controlled evidence showing:

consciousness → operating independently of the brain.

That's a genuine evidential advantage for conventional brain-based theories in scientific practice.

But it becomes an advantage specifically for emergence over interface theory only to the extent that H2 would not have predicted those brain dependencies.

And the interface hypothesis you've described does predict them.

That's why I wouldn't translate the asymmetry into something like "therefore emergence is scientifically 90% likely." The evidence doesn't presently permit that kind of inference without adding philosophical assumptions about parsimony, causation, ontology and what H2 should predict.

So, answering his exact question

If someone told me:

“After looking at neuroscience, I'm persuaded that consciousness probably emerges from the brain.”

 

I would regard that as entirely rational. It is a reasonable inference from the extraordinary dependence of conscious experience on brain function.

If someone told me:

“The neuroscience itself strongly establishes that consciousness is generated by the brain rather than an extracerebral consciousness interfacing with the brain.”

 

I would say the evidence doesn't presently establish that distinction.

And conversely, someone accepting an extracerebral model can't simply point to the hard problem or gaps in neuroscience and say that therefore consciousness exists outside the brain. Absence of a physical explanation isn't positive evidence for H2.

The strongest conclusion justified by the evidence remains narrower:

Ordinary human conscious experience is extraordinarily dependent upon brain function. What remains unresolved is the ontological explanation of that dependence—whether appropriate brain activity constitutes/produces consciousness, or whether the brain is necessary for the embodiment and expression of a consciousness whose ultimate basis is not the brain.

 

That is where I think the evidence ends and the philosophical argument begins.

And interestingly, that isn't quite the same answer as the one I originally gave your debate partner. His challenge has forced us to formulate H2 properly. Once H2 includes the prediction that embodied consciousness should depend strongly upon the brain, the ordinary lesion/anesthesia/stimulation evidence has substantially less power to discriminate H1 from H2 than my original answer implied.
 
 
 
TᵢG
Professor Principal
2.1.21  TᵢG  replied to  Drakkonis @2.1.20    2 months ago
We must have a very different understanding of "detailed responses." You made a claim equivalent to me saying " Scientific evidence overwhelmingly points to God as the reason anything exists." but then not backing it up with that evidence. 

The difference is that anyone, including you, can see that the scientific evidence does indeed point to consciousness as an emergent property of the brain whereas is it precisely NOT true that scientific evidence point to God as the reason anything exists.

I do not know what you expect me to deliver.   I gave you a list of 24 scientific references.   Do you need 1,000?   Do you need me to somehow recount the various pieces of evidence I have encountered in my life that support the brain as the source of consciousness?   

That is, why are you insisting that I give you evidence for the brain as the source of consciousness when I have stated, correctly, that this is the rational expectation based on the current formal evidence available to us?

That may be your opinion, but the evidence doesn't support it. 

How on Earth do you make such a claim?   Do you think the evidence supports your hypothesis of an extra-cerebral source as more likely?   

What I wanted is you to refer to the evidence you think supports your claim.

I gave you 24 items.   I suppose if I gave you 24 more, you would come back claiming I provided nothing to you.   

Lastly, I asked ChatGPT exactly, word for word, your question. This was its response: 

Hard to believe because this is the response ChatGPT gives me:

The available evidence more strongly supports consciousness arising from brain activity than an extracerebral consciousness coupled to the brain. It is rational to provisionally favor the former without claiming certainty.

Experiments show that altering brain activity through anesthesia or targeted stimulation changes the conditions associated with conscious awareness. That provides evidence of a causal relationship, beyond simple correlation. ( pubmed.ncbi.nlm.nih.gov )

An extracerebral explanation can accommodate this by describing the brain as a receiver. However, accommodating observations does not independently establish the proposed external source . That hypothesis needs evidence that distinguishes it from brain-based explanations.

The qualification is that these findings establish brain dependence more directly than they establish emergence. Favoring emergence is therefore a reasoned inference to the better-supported explanation—not a demonstrated solution to how subjective experience arises. Uncertainty about that mechanism does not make the two explanations equally supported.

I am using the most advanced version: GTP-6 Astra.   And I am not using it as a debate coach, so it is not predisposed to try to formulate a debate but rather to provide the best possible answer based on evidence.   You have biased your ChatGPT to formulate debate points rather than attempt to objectively answer questions.


Note that my point matches ChatGPT's response:    " The available evidence more strongly supports consciousness arising from brain activity than an extracerebral consciousness coupled to the brain."  

But I would not be as careful as ChatGPT and would also state that I have yet to see any formal, controlled evidence that supports extracerebral consciousness.  Given the preponderance of formal evidence for 'A' and the lack of any formal evidence for 'B', it seems quite logical to hold that 'A' is a reasonable expectation and that 'B', while possible, is mere conjecture that is not yet supported by the evidence.

 
 
 
Drakkonis
Professor Participates
2.1.22  seeder  Drakkonis  replied to  TᵢG @2.1.21    2 months ago
I am using the most advanced version: GTP-6 Astra.   And I am not using it as a debate coach, so it is not predisposed to try to formulate a debate but rather to provide the best possible answer based on evidence.   You have biased your ChatGPT to formulate debate points rather than attempt to objectively answer questions.

If by "biased" you mean I fed the complete transcript of the seeded video and then engaged in a discussion with ChatGPT about it, then, yes, I biased ChatGPT. But no matter. I can see trying to engage you on this subject is as pointless as it ever is. I won't trouble either of us further. 

 
 
 
Drakkonis
Professor Participates
2.1.23  seeder  Drakkonis  replied to  evilone @2.1.16    2 months ago
Why?
Because it's a more complex theory that takes the whole brain into account instead of parceling out parts of it for one thing or another. It all has to work, or it doesn't work. 
And what do you mean by "emerges?" That is, do you mean these neurons produce consciousness? 

Seems to me in this context consciousness is more of a process of the whole, than a thing by itself. It's not the neurons themselves, but them all firing and working together in concert that produces the resulting consciousness. 

A single molecule of H2O is not wet, but put thousands of water molecules together and wetness emerges. 

Okay, thanks. I understand your view, now. 

 
 
 
TᵢG
Professor Principal
2.1.24  TᵢG  replied to  Drakkonis @2.1.22    2 months ago

I explained this and you ignored it.

When you position ChatGPT as a debate coach (which you implicitly did) it took on a role.   It catered its answers to your expectation.   Thus instead of trying to provide the most balanced, objective answers, it instead is looking for angles to score 'debate points'.

I can see trying to engage you on this subject is as pointless as it ever is. 

As usual, I made a point and you have tried furiously to try to 'win a debate'.   You cannot refute my point because it is entirely obvious so you engage in tactics.

So yes, Drakk, it is pointless attempting to pull one over on me.

My point, yet again, was nicely put by ChatGPT:

" The available evidence more strongly supports consciousness arising from brain activity than an extracerebral consciousness coupled to the brain."  

But I would not be as careful as ChatGPT and would also state that I have yet to see any formal, controlled evidence that supports extracerebral consciousness.  Given the preponderance of formal evidence for 'A' and the lack of any formal evidence for 'B', it seems quite logical to hold that 'A' is a reasonable expectation and that 'B', while possible, is mere conjecture that is not yet supported by the evidence.

You cannot refute this, so, of course, you get frustrated and run off pissed.


Remember my first comment:

Tig@2 ☞ Focusing strictly on the question:  'is consciousness an emergent property of the physical brain?', the only 'chilling reasons' of interest (to me) are the Near Death Experience and Quantum factors.

NDE, if true, would be definitive.   If one can experience when the brain is not active, that means that there is more at play than the physical brain.   

Quantum factors support the hypothesis that the brain is NOT the only factor of consciousness because we can observe behaviors that defy explanation.   Our ignorance opens the hypothesis.   But, unlike NDS, this is not definitive ... just something that must be considered.

... and my next comment ...

TiG@2.1.1 ☞ We need to stay open-minded about things that run counter to our intuition.   Science has repeatedly taught this lesson.

Science has also taught us the distinction between wishes, hypotheses, and theories.   

Right now, the very best we have supporting consciousness NOT being an emergent property of the brain are hypotheses and quite a few wishes.

You have tried to argue against this.   Of course you will fail.   Not my fault.

 
 
 
Drakkonis
Professor Participates
2.1.25  seeder  Drakkonis  replied to  TᵢG @2.1.24    2 months ago

I think you've lost contact with reality, TiG. I would explain why I think that is, but I have empirical evidence that it would be a waste of time. Sorry. All I would get for my troubles is the same projection nonsense that represents this latest post. 

 
 
 
TᵢG
Professor Principal
2.1.26  TᵢG  replied to  Drakkonis @2.1.25    2 months ago

Good grief, Drakk, give up with this nonsense.

 
 
 
Nerm_L
Professor Expert
2.1.27  Nerm_L  replied to  Drakkonis @2.1.22    2 months ago
If by "biased" you mean I fed the complete transcript of the seeded video and then engaged in a discussion with ChatGPT about it, then, yes, I biased ChatGPT. But no matter. I can see trying to engage you on this subject is as pointless as it ever is. I won't trouble either of us further. 

The AI models debating themselves is interesting but seems to be drifting into a 'confirmation bias'.  What if consciousness does not require a brain?  Individual plants experience and respond to their surroundings.  Plants can use chemical and visual signals to communicate with other plants, insects and animals.  Individuals also exhibit self-recognition combined with the ability to distinguish between a clone of themselves, a genetic relative, and a stranger.  Individual plants control their behavior toward other plants based upon some form of identity.  Through observed behavior it appears that plants possess some degree of awareness.  But does that suggest plants are conscious?

 
 
 
Drakkonis
Professor Participates
2.1.28  seeder  Drakkonis  replied to  Nerm_L @2.1.27    one month ago
What if consciousness does not require a brain?  Individual plants experience and respond to their surroundings.

Speaking of our material existence, it is difficult to imagine how consciousness could exist without a brain. Everything we understand as having consciousness, such as ourselves, and lower animals seems to indicate a brain is fairly requisite. If plants, which do not have neurons, have a form of conscious, it may be something so alien I wonder how we'd be able to even recognize it. Similar to whether an AI could ever be said to have it. But, in my opinion, plants do not have consciousness. Concerning response to stimulus, they seem more like life forms with a chemically programmed and activated instruction set than something that has consciousness. At least, as I understand consciousness. 

 
 
 
Nerm_L
Professor Expert
2.1.29  Nerm_L  replied to  Drakkonis @2.1.28    one month ago
Speaking of our material existence, it is difficult to imagine how consciousness could exist without a brain. Everything we understand as having consciousness, such as ourselves, and lower animals seems to indicate a brain is fairly requisite. If plants, which do not have neurons, have a form of conscious, it may be something so alien I wonder how we'd be able to even recognize it. Similar to whether an AI could ever be said to have it. But, in my opinion, plants do not have consciousness. Concerning response to stimulus, they seem more like life forms with a chemically programmed and activated instruction set than something that has consciousness. At least, as I understand consciousness. 

Defining 'consciousness' in a way that requires a brain seems to be an exercise in confirmation bias.  The video includes Sedated Awareness, Psychedelics, Near-Death Experiences (NDEs),  Integrated Information Theory (IIT), and The Cosmic Consciousness Hypothesis which are examples of consciousness beyond the limitations of a brain.  

At times, the video seems to interchange the concepts of 'arousal or wakefulness', 'awareness', and 'consciousness'.  The common theme in the video seems dependent upon information and experience.  The example of sedated awareness and NDEs, for instance, involve the storage and recall of information by a verified non-functioning brain, which does not support the idea that awareness and consciousness emerge from the brain.  What happens to those who have a near death experience but cannot store the information for later recall?  Does their consciousness depend solely upon ability to recount the experience?  

Dismissing the behavior of plants appears to overlook that the brain is also a biochemical organ responding to internal electrochemistry.  The mechanism of arousal for the brain involves electrochemical signals.  The brain itself does not have senses; it responds to stimuli and guides behavior based on that stimuli just as plants do.  

 
 
 
TᵢG
Professor Principal
2.1.30  TᵢG  replied to  Nerm_L @2.1.29    one month ago
The brain itself does not have senses; it responds to stimuli and guides behavior based on that stimuli just as plants do.

This is where the notion of an emergent property comes into play.   Consider that the brain interprets sensory inputs as vision, language, etc., and applies meaning to these perceived forms.  These are highly sophisticated behaviors.   A reasonable hypothesis is that consciousness (which is yet to be defined) might just be an even higher level behavior that arises the same way as the other amazing abilities of the brain — a product of the brain's organized complexity, only more elaborate.   Note also that we have yet to observe consciousness without a working brain.  A posited extracerebral dimension explains nothing further and adds an assumption with informal and weak evidence behind it.  Until someone shows that consciousness is the one exception to everything else we know about the brain, emergence from complexity seems to me to be a very good explanation.

To wit, if one can recognize how the unfathomable complexity of rather ordinary elements can result in sophisticated functions, one should be able to see how that very same phenomenon might be how consciousness is achieved.

We have yet to even define consciousness yet there are those who insist that consciousness is necessarily extracerebral.   Until we have evidence that this cannot be explained as a very high level emergent property, the notion of some unknown, unexplained, extracerebral 'thing' is at play seems to be quite premature.   Possible, sure, but mere speculation at this point.
 
 
 
Nerm_L
Professor Expert
2.1.31  Nerm_L  replied to  TᵢG @2.1.30    one month ago
This is where the notion of an emergent property comes into play.

Yes but that is not informative in and of itself.

Consider that the brain interprets sensory inputs as vision, language, etc., and applies meaning to these perceived forms.

As I explained, plants also interpret and respond to external stimuli.  A triggered response by plants suggest some form of sensory mechanism.

These are highly sophisticated behaviors.   A reasonable hypothesis is that consciousness (which is yet to be defined) might just be an even higher level behavior that arises the same way as the other amazing abilities of the brain — a product of the brain's organized complexity, only more elaborate.

Reflexive, autonomous reactions are highly sophisticated behaviors, too.  Those reflexive behaviors are not triggered by brain function.  

Note also that we have yet to observe consciousness without a working brain.  A posited extracerebral dimension explains nothing further and adds an assumption with informal and weak evidence behind it.

Defining consciousness in a manner that requires a brain only provides confirmation bias by essentially anthropomorphizing consciousness.  Defining consciousness as being aware of your the state or quality of being aware of one's own existence, thoughts, feelings, and the surrounding environment constrains to concept to humans.  We do not understand thoughts and feelings in other organisms.  Are humans the only organism that can be conscious?      

The available definitions indicate that 'consciousness' is an emergent property of 'awareness'.  And those definitions appear to indicate that consciousness can encompass more than an individual; the definitions include social consciousness.  

Until someone shows that consciousness is the one exception to everything else we know about the brain, emergence from complexity seems to me to be a very good explanation.

Plants exhibit an awareness of self, others, and their environment and act on that awareness.  The appearance of plants can change based upon their well being: is that a form of 'feelings'?  The response is much slower than in the animal kingdom but are observable responses.  The brain is a biochemical organ that utilizes electrochemical stimuli to function.  Obviously the brain is more complex.  But are the separate biochemical processes really that different from those found in other organisms?  

Real world observation suggests that 'consciousness' is an emergent property of 'awareness'.  But the conclusion that the brain is the causal source of awareness seems less conclusive.

 
 
 
TᵢG
Professor Principal
2.1.32  TᵢG  replied to  Nerm_L @2.1.31    one month ago
As I explained, plants also interpret and respond to external stimuli.  A triggered response by plants suggest some form of sensory mechanism.

...

Reflexive, autonomous reactions are highly sophisticated behaviors, too.  Those reflexive behaviors are not triggered by brain function.  

Correct.   None of this rebuts my point that sophisticated behaviors result from humble roots — that the collective operation of countless trillions of primitive substances does indeed produce emergent behaviors that are, by all rights, sophisticated.   Stated differently, from quantum dynamics to atoms to microorganisms to plants to animals to human beings to cosmological phenomena, we can break down sophisticated emergent behavior into primitive elements each of which can be seen as relatively simplistic.   Yet, amazingly, operating as a collective, the whole provides sophisticated behavior.

My point, stated differently, is that the supermajority of scientific research suggests that sophisticated behavior routinely results from simplistic elements.  So why would we presume consciousness is necessarily different?

It could be, but we have no formal, repeatable, controlled experimental evidence that suggests consciousness needs to be extracerebral, even in part.   Should we not have persuasive evidence to follow before we leap to this hypothesis?

Defining consciousness in a manner that requires a brain only provides confirmation bias by essentially anthropomorphizing consciousness.

We have yet to define consciousness other than as a higher cognitive function.   Maybe we need to define the term before trying to figure out its source.   Per your supplied definitions, the notion that consciousness is awareness of self and one's environment does not lead me to the idea that it necessarily has any extracerebral source.

Plants exhibit an awareness of self, others, and their environment and act on that awareness. 

Indicating the weakness of the extant definitions.

Real world observation suggests that 'consciousness' is an emergent property of 'awareness'. 

That then just kicks the can to 'awareness'.   What then is 'awareness'?

 
 
 
CB
Professor Guide
2.1.33  CB  replied to  TᵢG @2.1.32    one month ago
Maybe we need to define the term before trying to figure out its source.

Exactly. Furthermore, drilling 'down' on consciousness does bring me, us, to needing to understand awareness. now then, it is explained to me that awareness is not the 'only' thing required to be aware. . . consciousness and awareness are closely related. (AI ongoing discussion.)

 
 
 
CB
Professor Guide
2.1.34  CB  replied to  CB @2.1.33    one month ago

So far, I have asked AI about consciousness down to the brain-stem level (low-level consciousness). Also AI is stating that consciousness relies heavily on DNA connections to the body and higher level consciousness requires connections to the 'outside' world, or words to that effect. 

(And yes, I am querying for some understanding of 'extra-consciousness' outside of 'us' as individuals that can be 'tapped' into. Though, AI is (in its own way) 'balking' at the concept.)

Funny thing is,. . .asking AI about consciousness and even going so far as connecting the concept of artificial consciousness (AI-styled) leaves me feeling that I am asking AI to inquire into the 'making' of its own version of consciousness!  Which leaves me to wonder is the 'extra—' would have come from those 'mining' it with questions on the topic. That is, can such deep questioning set AI on a course to 'find' consciousness for itself (across its massive systems)?

 
 
 
Nerm_L
Professor Expert
2.1.35  Nerm_L  replied to  TᵢG @2.1.32    one month ago
My point, stated differently, is that the supermajority of scientific research suggests that sophisticated behavior routinely results from simplistic elements.  So why would we presume consciousness is necessarily different?

That is also the point I'm making. We are in agreement here. But I am also questioning the need for greater sophistication and complexity to achieve consciousness. I can't accept that 'consciousness' is an emergent property of complexity.

We have yet to define consciousness other than as a higher cognitive function.   Maybe we need to define the term before trying to figure out its source.   Per your supplied definitions, the notion that consciousness is awareness of self and one's environment does not lead me to the idea that it necessarily has any extracerebral source.  

To me a fundamental requirement for 'awareness' is ability to distinguish self from others.  At its most basic, awareness of self would seem to be a prerequisite for survival.  And that simple level of awareness does appear to separate living matter from non-living matter.

 
 
 
TᵢG
Professor Principal
2.1.36  TᵢG  replied to  Nerm_L @2.1.35    one month ago
I can't accept that 'consciousness' is an emergent property of complexity.

That is strange.   I understand not holding that consciousness is necessarily an emergent property of complexity, but you sound as though you dismiss the very idea.

The reason people view consciousness as an emergent property of the complexity of the brain is that that is where the evidence leads us.   The evidence is not conclusive, but it seems rather persuasive.   For example, we have overwhelming clinical evidence suggesting the brain is necessary for consciousness:   

These results show that human consciousness relies on spatio-temporal interactions between brain integration and functional diversity, whose breakdown may represent a generalisable biomarker of loss of consciousness, with potential relevance for clinical practice.

And sure consciousness may be something that is extracerrebrial and just uses the brain as a medium, but, as I have noted repeatedly, it would be helpful if formal, controlled, repeatable experimental evidence for this were available.

To me a fundamental requirement for 'awareness' is ability to distinguish self from others.

At a minimum, but consciousness typically goes well beyond that.   We considers consciousness to be a level of cognition wherein we understand ourself as an entity in an environment.   Does this occur in the mind of a bee as it collects and stores pollen or is it operating on a purely mechanical basis?   If the bee does see itself as an individual of a colony and that it has a purpose to the colony does that qualify as consciousness?   And if a bee is considered conscious, would extracerribrial advocates presume the bee's brain has an extracerribrial connection to that which enables consciousness?   Or does this only apply to humans?

Bottom line, I follow the evidence.   Thus far the evidence strongly suggests that consciousness is a higher cognitive function of the brain.   Until we see credible evidence (sufficient to warrant a scientific hypothesis and conduct formal, controlled experiments) of something else being required (and having some clue as to what this 'something else' might be) I do not see much value in speculation.

 
 
 
CB
Professor Guide
2.1.37  CB  replied to  TᵢG @2.1.36    one month ago
 Thus far the evidence strongly suggests that consciousness is a higher cognitive function of the brain.

Consciousness. . . the 'base' or lower functions of consciousness appear in the viable brain stem at 24 weeks according to AI. . . it is a level of consciousness (of the body itself). 

And yes, I am only interested in the facts that can be evidenced on this. . . not fabricated. . . however a philosophical position should get consideration of some kind.

 
 
 
TᵢG
Professor Principal
2.1.38  TᵢG  replied to  CB @2.1.37    one month ago

Part of the problem here is the lack of a precise definition for consciousness.

 
 
 
CB
Professor Guide
2.1.39  CB  replied to  TᵢG @2.1.38    one month ago

Do you (we) have a working definition of consciousness?

 
 
 
TᵢG
Professor Principal
2.1.40  TᵢG  replied to  CB @2.1.39    one month ago

I do not know of a universally accepted formal definition.

I have always thought of consciousness as the brain’s highest-order function.   The executive level, so to speak, of all brain function.

No way to know if I am correct, but the evidence is certainly consistent with my view.   It is a logical progression.   Low level brain functions deal with sensory responses (jerk away from potential burns), middle level functions deal with logic, math, creativity, etc.   The highest level brain functions deal with an understanding of self and the environment in which it exists (including consideration of the brains of others and how they behave).

The notion of higher-level functions emerging is replete in evolution.

 
 
 
CB
Professor Guide
2.1.41  CB  replied to  TᵢG @2.1.40    one month ago

It's late. I hope to pick this up on tomorrow. :) (And, rewatch - refresh myself with the video above.)

 
 
 
Drakkonis
Professor Participates
2.1.42  seeder  Drakkonis  replied to  Nerm_L @2.1.29    one month ago
At times, the video seems to interchange the concepts of 'arousal or wakefulness', 'awareness', and 'consciousness'.  The common theme in the video seems dependent upon information and experience.  

Concerning the interchangeable concepts, I think the underlying relevant idea underpinning them is that for consciousness to be consciousness, experience is necessarily subjective. Objective consciousness wouldn't be a thing. Rather, the brain would simply be an information-processing process. If an objective consciousness, for lack of a proper term, saw a flower, it would not have the thought 'Oh! That's beautiful!' But we do have examples of such 'minds,' again for a lack of a proper term, and we call them computers. 

The example of sedated awareness and NDEs, for instance, involve the storage and recall of information by a verified non-functioning brain, which does not support the idea that awareness and consciousness emerge from the brain. 

Agreed. 

What happens to those who have a near death experience but cannot store the information for later recall?  Does their consciousness depend solely upon ability to recount the experience?  

A good question. Do all people who experience death for a period of time and come back actually have experiences during that time? If so, why don't they remember? If not, why not? It would seem that, if consciousness does not emerge from a physical brain, why do not all remember? 

That thought has occupied a lot of my time over the years. All I have is speculation. For instance, even though the brain is not functioning, perhaps there is a very specific set of circumstances that apply to those who do remember but we have not identified.

Dismissing the behavior of plants appears to overlook that the brain is also a biochemical organ responding to internal electrochemistry.  The mechanism of arousal for the brain involves electrochemical signals.  The brain itself does not have senses; it responds to stimuli and guides behavior based on that stimuli just as plants do.

Agreed. When a person sees a red cube, we can see the reaction of it in the brain. Where it stores the shape. Where it stores the color. Perhaps another place for spatial positioning and so on. Those appear to be biological electrochemical processes. Similarly, so are reflex actions, such as touching something too hot or someone running the tip of a pen up the sole of your foot, I think. 

But here's the problem with plant consciousness. What evidence would you point to that a plant's reaction to some external stimuli was due to its subjective experience as opposed to reflex action on the part of the plant? 

 
 
 
Nerm_L
Professor Expert
2.1.43  Nerm_L  replied to  Drakkonis @2.1.42    one month ago
But here's the problem with plant consciousness. What evidence would you point to that a plant's reaction to some external stimuli was due to its subjective experience as opposed to reflex action on the part of the plant? 

Plants respond to music.  Different types of music elicit different responses.  And, now, it has been discovered that plants can make their own music.  (The videos are not very long.  These videos may also suggest why finding extraterrestrial life is so challenging.)

 
 
 
Drakkonis
Professor Participates
2.1.44  seeder  Drakkonis  replied to  Nerm_L @2.1.43    one month ago
Plants respond to music.  Different types of music elicit different responses.  And, now, it has been discovered that plants can make their own music.  (The videos are not very long.  These videos may also suggest why finding extraterrestrial life is so challenging.)

Although I am skeptical of these vids, in and of themselves, especially the second one, I understand the concepts they address. I don't see them as answering the question. The first and third show no evidence of subjective consciousness over biological electrochemistry as an explanation that I can obviously see. That is, I'm not against saying that in the case of the first and third videos are 'experiencing' by definition, but I don't see evidence of doing so in a manner that evidences subjective consciousness. 

The second video doesn't even address the question of consciousness in the first place, in my opinion, without a lot of explanation first. If I understood it right, what the guy did was write something like an algorithm that incorporates an electrical signal of some kind into a piece of music. In that case, the plant isn't doing anything like composing music. Whoever created the device is just incorporating an electrical signal generated by a plant, running it through an algorithm and the algorithm is producing the music according to its parameters. Or so it seems to me. 

I do not argue against the idea that plants experiences, if we use the term loosely enough. But I haven't seen any evidence that they have consciousness in the manner the seeded video is discussing. Kind of need that before asking what generates it. 

 
 
 
CB
Professor Guide
2.1.45  CB  replied to  TᵢG @2.1.40    one month ago

Okay, I understand where you 'are' with 'higher level brain function' versus 'lower level brain function' (and why the distinction matters). To begin with, my rationale for bringing in the brain stem (lower level) was in attempt at seeking the source that 'begins' higher brain level functions. Like you, maybe they are too different regions, therefore not the same. The 'quest' continues. . . .   :)

 
 
 
Drakkonis
Professor Participates
2.2  seeder  Drakkonis  replied to  TᵢG @2    2 months ago
Focusing strictly on the question:  'is consciousness an emergent property of the physical brain?', the only 'chilling reasons' of interest (to me) are the Near Death Experience and Quantum factors.

As for "chilling," I suppose a content provider has to do what he has to do to get clicks. That's unfortunate, because the subject he covered truly is fascinating. 

Considering NDEs, I think an obvious question would be what is the difference between unconsciousness due to death and unconsciousness due to anesthesia? I asked and, apparently, NDE like experiences have occurred under anesthesia, although even rarer than NDEs. Still, I find it intriguing that death is far more likely (apparently) to produce an NDE than anesthesia. The other points seem just as fascinating by themselves, though. To me, at least. 

I'm actually having an interesting chat with ChatGPT about the vid. 

 
 
 
TᵢG
Professor Principal
2.2.1  TᵢG  replied to  Drakkonis @2.2    2 months ago
Considering NDEs, I think an obvious question would be what is the difference between unconsciousness due to death and unconsciousness due to anesthesia? I asked and, apparently, NDE like experiences have occurred under anesthesia, although even rarer than NDEs. Still, I find it intriguing that death is far more likely (apparently) to produce an NDE than anesthesia. The other points seem just as fascinating by themselves, though. To me, at least. 

I would find hard evidence that a human being can observe reality while their brain is inactive to be incredibly interesting.   This, to me, would be the strongest evidence thus far to support the hypothesis that consciousness is NOT entirely an emergent property of the brain.

What we need are controlled experiments designed to produce objective, reproducible results while minimizing false positives and alternative explanations.  

Claims of psychic abilities, for example, have existed for centuries, but there has been no robust, independently replicated demonstration under controlled scientific conditions that has gained acceptance as establishing such abilities.   In short, claims are easy to make, strong demonstration under controlled conditions is what we need to cross the line from claim to supported hypothesis.

 
 
 
Drakkonis
Professor Participates
2.2.2  seeder  Drakkonis  replied to  TᵢG @2.2.1    2 months ago
Claims of psychic abilities, for example,

Personally, I would not put that sort of thing in the same category as the origin of consciousness. Consciousness exists, without serious argument. Psychic abilities, not so much. 

 
 
 
TᵢG
Professor Principal
2.2.3  TᵢG  replied to  Drakkonis @2.2.2    2 months ago

Psychic abilities was used as an example for a popular claim that has never been demonstrated under controlled conditions.

I was not comparing it to consciousness.

Supernatural consciousness is also a popular claim that has never been demonstrated under controlled conditions.

 
 
 
Krishna
Professor Guide
2.2.4  Krishna  replied to  Drakkonis @2.2.2    2 months ago

Psychic abilities?

What about the role the Pineal gland plays in All  this?

 
 
 
Krishna
Professor Guide
2.2.5  Krishna  replied to  Krishna @2.2.4    2 months ago
What about the role the Pineal gland plays in all this?

Interestingly, there's a really large statue of a Pine Cone at the Vatican:

The story behind the Vatican’s 13-footpine cone sculpture

What is really striking about the statue is its colossal size and its life-like quality. . . 

Historically, artistic depictions of the pine cone have represented eternal life and renewal . In the case of this statue, art historians have also associated it with spiritual enlightenment, as the pine cone resembles the brain’s pineal gland.

There's more to this than may apparent at first (especially considering the role of the Pineal Gland -- and what we are discussing here).

 
 
 
Krishna
Professor Guide
2.2.6  Krishna  replied to  TᵢG @2.2.1    2 months ago
Claims of psychic abilities, for example, have existed for centuries, but there has been no robust, independently replicated demonstration under controlled scientific conditions that has gained acceptance as establishing such abilities.   In short, claims are easy to make, strong demonstration under controlled conditions is what we need to cross the line from claim to supported hypothesis.

JB Rhine did some "scientifically controlled" experiements that at first seemed to prove that psychic abilities exist. 

Joseph Banks Rhine (September 29, 1895   – February 20, 1980), usually known as J. B. Rhine , was an American botanist who founded parapsychology as a branch of psychology , founding the parapsychology lab at Duke University , the Journal of Parapsychology , the Foundation for Research on the Nature of Man , and the Parapsychological Association .

Rhine wrote the books Extrasensory Perception and Parapsychology: Frontier Science of the Mind .

But later his work was critisized as being flawed.

 
 
 
Krishna
Professor Guide
2.2.7  Krishna  replied to  Krishna @2.2.6    2 months ago
But later his work was critisized as being flawed.

I studied his work many years ago. I found it to be impressive.

 
 
 
Krishna
Professor Guide
2.2.8  Krishna  replied to  Krishna @2.2.7    2 months ago
I studied his work many years ago. I found it to be impressive.

I later discovered that psychic ability is real. A re;atively small number off people are born with it (my closest friend has it--- as she has demonstrated beyond any doubt-- on many occasions.

I also discovered that psychic ability can be developed. There are courses you can take. (I personally have taken some--with excellent results!)

 
 
 
Krishna
Professor Guide
2.2.9  Krishna  replied to  Krishna @2.2.8    2 months ago
(I personally have taken some--with excellent results!)

The teacher was a woman who worked with police depts nationwide to solve "cold cases" sucessfully. 

(Yes, there is such a thing).

 
 
 
JohnRussell
Professor Principal
3  JohnRussell    2 months ago

Could we describe consciousness outside the brain as supernatural ? 

 
 
 
TᵢG
Professor Principal
3.1  TᵢG  replied to  JohnRussell @3    2 months ago

I think it currently falls under the category of supernatural by definition.   It is hypothetical but if it is true, it would be supernatural until we have a scientific explanation or an expansion of the laws of science that include the phenomenon.

 
 
 
Drakkonis
Professor Participates
3.2  seeder  Drakkonis  replied to  JohnRussell @3    2 months ago
Could we describe consciousness outside the brain as supernatural ? 

I'm not sure. I mean, yes, in the sense you're asking, but I'm not sure it's as simple as that. As the vid puts it, consciousness is awareness of experience. Can we have consciousness without the physical body? At least in this universe? The portion that talks about anesthesia suggests we stop experiencing because anesthesia suppresses consciousness. That was my experience after my last surgery. I was conscious, then I wasn't, then I was again. What struck me immediately upon reawakening, was that I was acutely aware that the experience seemed to me as if I had died and come back to life. It felt that way because I felt the void of empty time, including the passage of time, between going under and waking up or, more precisely, the void felt as if I had ceased existing for a time. It was as if a section of my life had been cut out, like cutting out a section of the film of my life and splicing what was left together. It was the strangest feeling and I still feel it as if it had just happened. 

One recurring question Christians talk about among ourselves is what happens when we die? Some think we hang around in Paradise (which is not heaven or our final destination, but a holding place) in a spiritual, but aware sense. Others think we stop experiencing anything, almost as if we don't exist and we stay that way until the resurrection, when we get our new bodies. Perhaps this vid suggests the latter and we don't experience again until we receive our new bodies in which to experience. 

 
 
 
CB
Professor Guide
3.2.1  CB  replied to  Drakkonis @3.2    2 months ago
It felt that way because I felt the void of empty time, including the passage of time, between going under and waking up or, more precisely, the void felt as if I had ceased existing for a time. It was as if a section of my life had been cut out, like cutting out a section of the film of my life and splicing what was left together. It was the strangest feeling and I still feel it as if it had just happened.

This can be thought of as subjective perspective while under anesthesia. Recently, and this is not to be contrarian, I had two surgeries requiring anesthesia. . . and upon waking I did a personal assessment of what I remember from the surgery. . . the first one - I heard people talking in a disembodied way. . . and later it was explained to be that it was not required to put me that 'far' under for the procedure - I 'felt' like I was not under or completely asleep.

The second surgery was more in-depth and 'weightier' and I only remember waking up in the recovery room. . . searching my mind for what occurred produced nothing in the "immediate" or now. (I remembered complete and utter silence and waking up—surgery completed.)

 I had no sense of the passages of time with either surgery, nevertheless 

So the first question that comes to my mind on this:

1. Does the 'mixture' and strength of anesthesia (and the body under it) control reactions to anesthesia?

2. Does the background experience of the anesthesiologist factor in on how it is utilized - by a User?

Additionally, there is a 'window' where people can dream when coming out of anesthesia, how do we know what as a 'dream state' without proper devices connected to the body?

This is the first time I have spoken of this with any one else. . . it may be an interesting discussion. . . time will tell.  

 
 
 
Krishna
Professor Guide
3.3  Krishna  replied to  JohnRussell @3    one month ago
Could we describe consciousness outside the brain as supernatural ? 

And if you could-- what would that accomplish?

 
 
 
Nerm_L
Professor Expert
4  Nerm_L    2 months ago

The attempt to link consciousness with experience and information would seem to be a false trail.  Inanimate matter records information and experiences as discreet states.  The provided examples seem to consist of extrapolation from understanding of how information and experience is stored throughout the universe.  The philosophical approach seems similar to David Hume's "ought-is" conundrum.  

In my opinion two particularly interesting conditions to obtain insight concerning consciousness have been omitted.  The first condition is that of infants who do not yet possess information or experiences.  I do not see how a claim that an infant lacks consciousness could survive scrutiny.  The other condition that I see as interesting would be Alzheimer's disease where an individual obviously retain consciousness but loses stored information and experiences.  

 
 
 
Drakkonis
Professor Participates
4.1  seeder  Drakkonis  replied to  Nerm_L @4    2 months ago
Inanimate matter records information and experiences as discreet states.

I agree that matter can record information. I disagree that it experiences it. A gully can record information about a recent flash flood. I think it would be a hard slog to explain some way it could experience it in the manner we're discussing here. 

In my opinion two particularly interesting conditions to obtain insight concerning consciousness have been omitted.  The first condition is that of infants who do not yet possess information or experiences.  I do not see how a claim that an infant lacks consciousness could survive scrutiny. 

Hmm. Not sure how you can claim infants do not possess information or experiences. I think they do. What I think they lack is a developed way to process those things.  

The other condition that I see as interesting would be Alzheimer's disease where an individual obviously retain consciousness but loses stored information and experiences. 

I'm not sure we can consider this a separate example from the infant. From my point of view, the brain is likely the hardware upon which consciousness runs. That is, if consciousness is not an emergent property of the brain and, instead, has an external source, then it would seem reasonable to conclude that consciousness in the infant's case would increase as the brain's ability increased. In the case of the Alsheimer person, the reverse would be true. As the brain deteriorated, so would consciousness. Sort of the same phenomenon, only from opposite ends. 

 
 
 
Nerm_L
Professor Expert
4.1.1  Nerm_L  replied to  Drakkonis @4.1    2 months ago
I agree that matter can record information. I disagree that it experiences it. A gully can record information about a recent flash flood. I think it would be a hard slog to explain some way it could experience it in the manner we're discussing here. 

Inanimate matter does experience change and stores that change as embedded information.  Inanimate matter may not be aware of what it has experienced.  And inanimate matter lacks the ability to recall those past experiences.  The brain can also function like a hard drive or memory stick.  I agree that what inanimate matter lacks is awareness of the changes that comprise experience. 

But does awareness require the ability to record and recall the experience?  That question is why I feel that linking consciousness with information and experience misdirects the debate into "mind as machine" conclusions that fails to adequately address the question of consciousness.

Hmm. Not sure how you can claim infants do not possess information or experiences. I think they do. What I think they lack is a developed way to process those things.  

Both infants and Alzheimer's sufferers lack the ability to recall information and experiences.  The ability to store information either has not developed or has been lost.  Those two conditions weaken the arguments that link consciousness with information and experience.  What remains is awareness.

Awareness is an interesting phenomena because it apparently does not require sensory input.  

I'm not sure we can consider this a separate example from the infant. From my point of view, the brain is likely the hardware upon which consciousness runs. That is, if consciousness is not an emergent property of the brain and, instead, has an external source, then it would seem reasonable to conclude that consciousness in the infant's case would increase as the brain's ability increased. In the case of the Alsheimer person, the reverse would be true. As the brain deteriorated, so would consciousness. Sort of the same phenomenon, only from opposite ends. 

Varying degrees of consciousness, to me, seems like a slippery slope.  That may be a possibility but seems to lean too heavily upon the idea of "mind as machine".  By that measure we are less conscious every time we sleep.  The example of NDEs and sedated awareness breaks the "mind as machine" explanation of awareness and consciousness.  As I see it, awareness is an emergent property of life and consciousness is an emergent property of awareness.  

 
 
 
Hal A. Lujah
Professor Participates
5  Hal A. Lujah    2 months ago

I think it would be a disaster if we were to definitively find out what consciousness is.  Reality as we know it would fall apart as humanity scrambles to exploit it for their own gain.  I wouldn’t be surprised if the answer to the unanswered question how does LLM artificial intelligence work actually is affiliated with external consciousness.  Those at the forefront of AI openly admit that they still don’t truly understand how it works, which is why it is so potentially dangerous.

 
 
 
evilone
Professor Guide
5.1  evilone  replied to  Hal A. Lujah @5    2 months ago
I wouldn’t be surprised if the answer to the unanswered question how does LLM artificial intelligence work actually is affiliated with external consciousness.  Those at the forefront of AI openly admit that they still don’t truly understand how it works, which is why it is so potentially dangerous.

You're assuming two things that can't possibly be known:

The first is that consciousness can be artificially replicated. It's more likely than not, it can't be. Nothing in neural network lab experimentation indicates consciousness is possible. 

The second is a conscious AI would be dangerous. Is every conscious thing dangerous? Sure it has the potential to be a danger, so does every baby born have the potential to be a homicidal maniac. The inverse is as likely -  a conscious AI has just as much potential to be beneficial. We can't know the answer until it happens. Personally I don't think it will. ...at least not for a few hundred more years. Maybe not ever.

I would possit we have more to fear from a rouge non-conscious AI than a conscious one.

 
 
 
Hal A. Lujah
Professor Participates
5.1.1  Hal A. Lujah  replied to  evilone @5.1    2 months ago

It’s just a hypothetical comment.  Of course we can’t fathom the mechanisms behind consciousness right now, just like how cavemen couldn’t fathom vaccinations.  Over time we cleared numerous hurdles to get from caveman knowledge to current knowledge.  That trend will not just continue, it will be turbo charged by AI.  There are things in our future that we can’t even imagine right now - that’s what science fiction is all about.  I just don’t think humanity is prepared to cross the threshold of knowing what consciousness actually is and how to navigate it.  It would probably initiate a quest to intrude into each others’ consciousness.  If you think we have privacy issues now, imagine having tools to enter other peoples’ minds through the consciousness we all share.

 
 
 
evilone
Professor Guide
5.1.2  evilone  replied to  Hal A. Lujah @5.1.1    2 months ago
It’s just a hypothetical comment.

(nodding)

That trend will not just continue, it will be turbo charged by AI. 

The best we can say at this stage is, it might.

I just don’t think humanity is prepared to cross the threshold of knowing what consciousness actually is and how to navigate it.  It would probably initiate a quest to intrude into each others’ consciousness.

It's an interesting idea. Science often goes where the money is and I'd think the next Elon Musk wanting to download his consciousness into a synthetic brain rather than trying to steal someone else's thoughts. 

If you haven't check out Travelers on Netflix. An AI sends people back in time to change a future timeline. 

 
 

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