---
Picture a mind as a space, and 'the laws of mind' are analogous to the
principles of cognitive science.
Now in this 'mind space' picture the 'mind objects' - I suggest these
are logical predicates - symbolic representions of real objects. How
do these 'mind objects' interact? I suggest picturing 'mind forces'
as analogous to the 'strengths of relationships' between the mind
objects (predicates or variables) so 'mind forces' are probability
distributions. But what about the background geometry of mind space?
I suggest picturing 'curvatures' in the geometry of mind space as
analogous to concepts (categories or analogies).
Then Symbolic logic is the laws governing the mind objects (rules for
manipulating predicates). Bayes (Probability Theory) is the laws
govering the mind forces (rules about probability distributions), and
Analogical inference (categorizaton) is the laws governing the
geometry of mind space itself (concept learning and manipulation).
---
If my metaphor is valid, the radical implication is that analogical
inference is the true foundation of logic, and Bayes is merely a
special case of it. Why? Consider that *apparent* Newtonian forces
operating across physical space are actually just special cases of
curvatures in the geometry of space-time itself. What I'm suggesting
is *exactly* analogous to that physical picture. I'm suggesting that
*apparent* probabilistic operations in mind space are actually just
special cases of 'curvatures' in the 'geometry' of mind space
(categorization and analogy formation).
---
The question of course is whether my metaphor is valid. I'm very
confident, but I could be wrong. Comments or thoughts welcome.
With non-mechanism, you may consider Penrose's (very speculative) idea
that mind reduces the wave by being related to gravitation (space-time
curve). Not sure it makes really sense, but then, with non-comp, we
may try ... everything.
It seems obvious to me that Bayes is a particular case of inference.
There are *many* others.
Bruno
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On Dec 31 2009, 5:10 am, Bruno Marchal <marc...@ulb.ac.be> wrote:
> You may be right. But it is still an open problem to just define
> probability (except the probability one) in the mechanist settting.
> Rich metaphor, but a promise for a lot of work, to make this precise
> enough in the mechanist frame. It would mean that not only we have a
> measure (and a linear base of observable/operators) but also a richer
> differential structure. Who knows? You may try to be more precise,
> even without taking the mechanist constraint into consideration.
Yes. I'm looking for an applied logic of uncertainty associated with
sets or categories. Can you name such a logic?
>
> With non-mechanism, you may consider Penrose's (very speculative) idea
> that mind reduces the wave by being related to gravitation (space-time
> curve). Not sure it makes really sense, but then, with non-comp, we
> may try ... everything.
>
> It seems obvious to me that Bayes is a particular case of inference.
> There are *many* others.
>
> Bruno
I think Penrose is nonsense if taken literally, he's looking at the
wrong level of organization, mind has got nothing to do with
fundamental physics directly I think. But speaking *metaphorically*
it can lead to good ideas. So speaking metaphorically only,
information integration in the mind (categorization) could be said to
be analogous to space-time curvature. And then the probabilities are
analogous to the apparent forces. But I'll stick to comp I think.
I think Penrose is nonsense if taken literally, he's looking at the
wrong level of organization, mind has got nothing to do with
fundamental physics directly I think. But speaking *metaphorically*
it can lead to good ideas. So speaking metaphorically only,
information integration in the mind (categorization) could be said to
be analogous to space-time curvature. And then the probabilities are
analogous to the apparent forces. But I'll stick to comp I think.