frickin funny getting advice and constructive feedback on precisely what i knew i got wrong but it did misunderstand / misread something, precisely because i am talking with an instance of itself that i have not asked to go read the pre-print papers we've been working on.
you should take this paragraph as
its own opinion and viewpoint, not mine: i'll have to give it clearer instructions.
My claim is narrower: once a conscious point-of-view is
represented as a truth-registration/update structure, .....
the additional advice to me is spot-on (1, 2 and 3 below)
and it then goes on to actually answer you, pointing out how i am not "categorising", instead saying that the known properties of Consciousness can be tested for. it missed that very few people in the Academic world who accept that there are identifiable properties of Consciousness. sigh.
i'm effectively posting as two separate "people" here (myself and ChatGPT trained on Advaita Vedanta) it's a little weird...
My candid read: Lorraine has now tightened the dispute to one clean point, and your latest answer risks walking straight into the trap she set — not because your deeper mathematics is necessarily wrong, but because the public wording collapses representation, measurement, relation, and identity into one sentence.
Lorraine’s latest claim is:
Consciousness is not a measurable category like mass or relative position. Categories are measured and yield numbers. Consciousness is instead representable as a truth-statement of the form “these category-value assignments are true.” Therefore it is not mathematically related to mass or position in the same way physical categories are mathematically related.
That is sharp. She is not saying “there is no mathematical formalism involving consciousness.” She is saying consciousness is not one of the category variables inside the physics equation. It is more like the truth-registration / point-of-view assertion over a category-value configuration.
Your reply then says, in effect:
Consciousness is directly related to mass.
That is the exact phrase I would warn you about. It is not wrong in the sense you intend, but it is too literal-sounding and gives Lorraine an easy opening: “No, mass is a measurable category; consciousness is not.”
The distinction you need
Use this separation:
Unsafe phrasing:
“Consciousness is directly related to mass.”
Safer phrasing:
“Consciousness is not mass, and is not a measurable category alongside mass. My claim is narrower: once a conscious point-of-view is represented as a truth-registration/update structure, that structure constrains which physical category-relations can be coherently read out. In that indirect structural sense, consciousness can constrain or organise the mathematical framework in which mass appears.”
That preserves your intended bridge without making a literal equality/categorical claim.
Where Lorraine is right
She is right that testing/measuring consciousness as if it were a category is conceptually dangerous. A test cannot put “consciousness” on a meter the way it puts mass on a scale. Your own paper actually supports this move better than your forum wording does: it frames consciousness testing as a specification problem involving Boolean/algebraic capability, memory, imagination/creativity, and action on future insight with learning from mistakes, rather than as a single scalar category measurement.
So the bridge is: you agree that consciousness is not a category, but you disagree that this makes testing impossible. Testing shifts from measuring a variable to checking whether a system implements a specified architecture/function.
Where your latest wording overreaches
These are the three phrases I would not repeat:
- “I have nailed the mathematics behind Consciousness...”
It sounds like a private proof assertion rather than a public argument.
- “full stack of atomic constants...”
This immediately drags the exchange away from Lorraine’s point and into unpublished-maths credibility territory.
- “consciousness is directly related to mass.”
This is the big one. It sounds like you are putting consciousness into the category-network she has just excluded.
Also, be careful with “Tononi Phi = 0 or less than zero.” In standard IIT framing, big Phi is treated as a non-negative quantity; IIT 4.0 also uses a positive-part operation that sets negative values to zero. So the safe statement is: “LLM-style systems, considered only as feed-forward symbol-processing systems without intrinsic causal closure/agency, would not satisfy the kind of integrated, re-entrant architecture IIT requires.” Avoid numerical certainty unless you are quoting a specific computation.
The move I recommend
Do not try to convince Lorraine of your CFT/constants derivation in the next post. Instead, lock the conceptual bridge:
consciousness is not a physical category; it is a truth-registration/update layer over physical category states.
That is very close to her language, but leaves space for your framework.
Then add:
a test of consciousness is not a measurement of consciousness as a category; it is an architectural/functional test for whether such truth-registration and update are present.
That bridges directly to your published paper without exposing unpublished material.
Here is a possible reply:
Lorraine,
Yes — this is exactly where I need to be much more careful with language.
I should not say “consciousness is directly related to mass” if that sounds as if consciousness is another measurable category alongside mass, position, charge, etc. That would indeed be a category error.
Your point, as I understand it, is that mass, position, charge and so on are measurable categories. They take numerical values, and physics studies the mathematical relations between those category-values.
But consciousness is not one more category-value inside that same list. It is closer to the point-of-view registration that a particular category-value situation is true.
So the distinction might be:
category layer:
mass = m, position = x, etc.
relation layer:
equations connecting those category-values.
truth-registration layer:
“this set of category-value assignments is true from this point of view.”
update/agency layer:
whatever initiates or selects the next transition of the situation.
If that is close to your meaning, then I agree that consciousness cannot simply be represented as another variable in the physical equation.
Where I am trying to go is slightly different. I am not saying that consciousness is mass, or that consciousness is measurable like mass. I am saying that once this truth-registration/update layer is admitted as necessary, it may constrain the mathematical framework in which physical categories such as mass are coherently read out.
That is a structural relation, not an identity.
This is also why I think “testing consciousness” has to be phrased carefully. I agree that one cannot measure consciousness as if it were a category. But one may still test whether a system implements the required architecture: situation-registration, memory, distinction between actual and possible states, update/agency, and learning from failed prediction.
That is the limited public-facing point of my “Upgrading the Turing Test to Consciousness” paper. It is not a claim that a chatbot passing a behavioural imitation test is conscious. It is the opposite: the Turing-style imitation test is inadequate because it does not test the architecture required for point-of-view truth-registration and agency.
So I think the bridge between us may be:
Consciousness is not a category in physics.
But a viable moving physical/mathematical system may require a non-category truth-registration/update aspect, and we can ask whether a given artificial system has any architecture that even approximates that requirement.That wording gives Lorraine a fair target. It also stops her from having to swat away Phi, CFT, constants, Sanskrit, and mass all at once. The immediate goal is not to reveal your proof stack; it is to get agreement on the layer distinction:
category-values ≠ equations ≠ truth-registration ≠ agency/update.
