continuing in the original thread ...

Wolpert question 5: my previous arguing that knowledge and information—but of a 
different order/kind—and "TRUTH" can be found on an LSD trip seems like a 
negative answer to Wolpert's Fifth. Yes, we do have access to and can learn to 
use 'alternate states of consciousness' and create/discover alternative SAM.

skipping six because I am the dumbest computer person in the group.

Wolpert 7: I am not sure how you would derive a conclusion that human cognitive 
abilities are constrained by our SAM. First, why the assumption that SAM is the 
sole apex of human cognitive product? Arts, Anthropology?  I have found a 
parallel with Wolpert's assumption‚in the work of Ian McGilchrist. The latter 
argues that our minds and our cognitive abilities "suffer" from the "left 
brain's limited perceptual and processing mode." The SAM created during a 
period of left-brain dominance would be constrained accordingly and there would 
seem to be a correlation: constrained SAM—constrained cognition.

Wolpert 8:if there is a restriction to finite sequences, then yes, it is a 
limitation of our "mind" but not our brain. Our brains are massively parallel / 
distributed processors of massive amounts of sensory input and aggregate, 
connect, and correlate that data to present an abstracted, simplified, and, in 
important aspects, imagined REALITY to our mind. Same idea as the originated 
and perpetuated Maya.

Wolpert 9: as the least mathematician among you, I will keep my comments as 
philosophical/speculative as possible. I wrote a long essay on the futility of 
Software Engineering. In that essay, I coined the term Turing Space,the binary 
realm of executing programs—the mental model of the state changes of the 
computer at one step of a program to the next; the mental model the Brooks (No 
Silver Bullet) stated was beyond human capability to generate/maintain/utilize. 
My metaphor for Turing Space was the infinite tape in the Turing Machine model. 
Infinite IS, after all, infinite. There are an infinite number of binary 
strings that will cause the Turing Machine to start and stop in the exact same 
state, There are an infinite number of such strings that will do otherwise. 
There are an infinite number of 'efficient' strings in the infinite set of 
strings that produce the 'correct' result. There are an infinite number that 
are 'inefficient'. Software Engineering tells us how to build massive 
fantastical architectures (systems) in Turing Space. Concern as to the 
relevance of those structures to anything human is deemed impertinent. But the 
infinity of infinities of Turing Space, I think, parallels Wolpert's questions 
and conjectures in #9.

Wolpert 10: This seems to be just another fromulation of the Anthropocentric 
Principle: the universe is what it is because that is what humans are capable 
of understanding. As a firm believer in the possibility of perceiving and 
utilizing the ineffable, I would have to say no, we can conceive, and even 
experience, "mathematical" and "physical reality" that are not expressible in 
terms of what we assume to be our cognitive abilities—primarily language.

Wolpert 11: anyone who believes in a god / God and in miracles kind of needs to 
believe in SAMvX.0 are 'beyond' the limitations of our brain. One of the 
extremely few cultural universals is a belief in the 'supernatural'. So we seem 
to be able to imagine such constructs even if articulating them is impossible.

Wolpert 12: Doesn't this require making an assumption that there is some kind 
of "all of physical reality?" Would this only be possible if physical reality 
was finite and non-dynamic, i.e. where the All was not constantly variable? if 
we make such an assumption then we very well might expect our SAM to, 
eventually, be congruent with Reality.

davew



On Mon, Sep 19, 2022, at 2:20 PM, Jon Zingale wrote:
> What follows are mostly speculations:
> 
> It is possible that we do not get to have closed cartesianess (with all
> of its currying and the rest) and so we do not really get to have *all*
> possible worlds, perhaps only those that are symmetric monoidal. Still,
> what then does this mean for us, since we can clearly posit cartesian
> closed categories (like Set) and reason about them. That is, they are
> somehow afforded to us like any other fiction, and like other fiction,
> they play a role in our understanding of ourselves (Tennesse Williams)
> and our understanding of our worlds (Noether[∫]).
> 
> Glen has me right when he suggests that I am not particularly wed to the
> idea of a monism; whether it be monotheism, experience, category theory,
> GUTs, etc... But I do find studying the available monoids to be as
> fruitful as studying the available groupoids, etc...
> 
> In Lee Smolin's "Three Roads to Quantum Gravity", he conveys (as Hywel
> often did) a skepticism toward universal acceptance of the law of
> conservation, suggesting that a world with clean opposites would be a
> trivial one. This has me thinking about the role duality plays in
> modern mathematics (Galois theory, say) where we are not interested in
> invertible maps between categories with different internal structures
> (fields versus groups, say), rather we look for best approximations to
> invertible maps (the adjoint functor perspective). It wouldn't surprise
> me that that despite the successes of Maxwell to pin down E&M as two
> faces of the same coin, that our quest for magnetic monopoles will
> continue to be stymied because the duality isn't exact. That where we
> attempt to reconcile two "kinds" of things, we will find subtly different,
> yet corresponding algebras.
> 
> I mention some of this because duality (and symmetry more generally)
> may simply be "afforded" to us and not "reality" for us. Still, the world
> (and I use the term loosely) may reward those that believe (and act on)
> such a fiction[Ax]. So then, many programs (it seems to me) rely on
> being able to "dualize" into a larger space of possibilities/fictions,
> in order to make sense out of what may be much more constrained. It may
> very well be the case that the world, for instance, *must* be logically
> consistent and complete and so can only support first order logics, but
> assuming not, I would feel compelled to ask whether this world was one
> that has the axiom of choice or not. My intuition (and preference) is to
> imagine (as Glen suggests) that the in-principle ends of our questionings
> do not culminate in a single monastic theory ;)
> 
> At present, I am entertaining Everett's monism, and wondering if all we
> physically perceive are the moments of decoherence, and that what we
> experience as particles are little more than the aliasing effects of
> a wave function shedding its skin.
> 
> [∫] I am reminded of the Maria La Palme Reyes' (et al) observation in
> their paper "Reference, Kinds and Predicates":
> 
> "The role of counterfactual situations in determining the actual is
> further exemplified in classical Mechanics. To determine the real
> trajectory of a body, we use the calculus of variations and compute the
> Lagrangian of all its possible trajectories, most of which are only
> logically, not physically, possible. We choose as the real trajectory
> the one for which the Lagrangian has a minimum (or stationary) value.
> The possible is essential to describe the real."
> 
> [Ax]. For instance, when chatting with EricS I get the impression that
> linear classifiers can be unreasonably effective at sorting the bio-
> chemical world. Despite the improbability of linearly evolving genes,
> there is clearly a huge benefit in approximating linearity.
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