[mailto:everything-l...@googlegroups.com] On Behalf Of Bruno Marchal
Sent: Friday, September 10, 2010 11:16 AM
Subject: Re: What's wrong with this?
On 09 Sep 2010, at 14:37, Stephen P. King wrote:
> Hi Bruno,
> My thought is to look at the transformation group around which some
> property is invariant to act as a generator of the properties of the,
> say, quark.
Good idea. That is related with the importance of group theory and
(soon) category theory in physics.
> For simple numbers this would be a permutation over fields, one field
> per number,
Why? We may have use combinators instead of numbers. Their role are
intensional, and representational. Their intrinsic mathematical structure
certainly plays some role, but I don't see why to use them directly to
mirror physics. Even if that works (by chance) it would hidden the mind-body
problem. Of course it might be very interesting, and the relation between
physics and number theory suggest that such approach have their merits.
YES!!! You nailed it! Let me paste a little note here that I just
wrote up. I apologize in advance for the crudeness of this.
Integers as Arithmetic Equivalence Classes and implications
by S. P. King
0 + 0 = 0
0 - 0 = 0
0^1 - 0^1 = 0
1 - 1 = 0
2 - 2 = 0
3 - 3 = 0
0 x 0 = 0
0 + 1 = 1
1^1 + 0 = 1
1 - 0 = 1
1^1 - 0 = 1
2 - 1 = 1
3 - 2 = 1
4 - 3 = 1
1 x 1 = 1
2 / 2 = 1
3 / 3 = 1
4 / 4 = 1
1 + 1 = 2
1^1 + 1^1 = 2
0 + 2 = 2
3 - 1 = 2
4 - 2 = 2
5 - 3 = 2
4 / 2 = 2
6 / 3 = 2
8 / 4 = 2
External symmetry = 3rd person aspect.
Each Class has aleph_null tuples and thus has the same cardinality.
We could use the permutation symmetry over the cardinality to identify an
external or 3rd person notion of Integer. This would generate a notion of
that is an Integer that is invariant to a change from one of the N classes
What would be the internal symmetry?
Internal Symmetries = 1st person aspect.
Note that we can substitute equivalent elements of the tuples with
each other by the use of bracketing or some other push/pop method. This
would ultimately show that the tuples are combinations of "images" of each
other's elements so that there is 1) no primitive atom and 2) that the
pattern of similarities and differences over this tapestry of combinatorics
would encode the operations of Arithmetic. Property 1 is the reason I use
non-well founded set theory, by the way...
It is my suspicion that the mind-body problem is caused by a lack of
understanding of what is involved. It is far too easy to throw up one's
hands and settle for some silly eliminatism; Ignorance is Bliss. Notice that
both the internal and external symmetry notions here yield a kind of
indefiniteness that Plotinus would point to, as per your discussions, to
define Matter. But what about the information content itself of the
relations themselves? Is Information identical to Indeterminateness? It
seems to me that the answer is a resounding NO! I claim that it is its Dual.
Thus I advocate a form of mind-matter dualism in terms of an
Information-Matter dualism following the lines of the Pontryagin and Stone
> but this seems to not really resolve the question entirely.
I am not sure I have a clear idea of the question, here.
Am I making any sense so far?
> makes me suspicious of the entire Platonic program, for what would act
> as the universal generator of "twoness" as distinguished from
> "threeness" be in-itself? Why not some kind of nominalism that
> transforms asymptotically into universalism?
You lost me.
You know how I work. I start from an assumption about some link between
consciousness and Turing 'machine', and from this I derived step by step a
frame which is closer to Plato and Plotinus than to Aristotle, at least on
the "Matter" notion.
Yes and I use the assumption that any 1st person "content" of
consciousness can be show to be equivalent to the content of some virtual
reality generated by a Turing Machine (given with sufficient physical
resources) and following your arguments will agree that while the content
itself is computable, *which one of the computations it is* that is the
actual generator of the particular content of a particular point of view is
not computational. These thoughts tie back to the point about
indeterminateness that Plotinus brilliantly made and you point out.
Your modelization so far seems to only consider a "frozen"
perspective and there is scant mention of how the model is extended to cover
a plurality of entities, except for the diamond^alpha aspect mentioned
below. As far as I can tell, your Model offers a logical structure to a new
version of the individual Leibnizian Monad (
http://www.iep.utm.edu/leib-met/#H8 ) that I am trying to develop, but only
in the static sense. There is no dynamic in it. I think that this is
intentional since you are taking an explicit Platonic Idea stance in the
Modelization of Plotinusian Statics. I appreciate that, but understand that
unless we can derive change from changelessness within our modelizing we are
doomed to eliminatism when it comes to our 1st and 3rd notions temporal
transitivity, duration and causality. It is my contention that it is
impossible to derive change from changelessness, but the converse is easy to
show.... Leibniz himself made this mistake so I do not fault you too much.
> BTW, I really enjoyed reading your SIENA paper. My only comment on
> is that I wish you would elaborate more on the diamond^alpha t aspect
> because that is where plurality obtains.
Thanks. Actually I think, but I'm still not quite sure, that the "^alpha"
feature should explain the graded aspect of the quantum logics, which should
explains the origin of the tensor product, of the plurality of dimension,
and eventually the (quantum) structure of space-time. The many worlds are
more due to the extreme redundancy of the computational histories in
In the quantum logic that I have studied so far there is the fact
that there are an infinite number of instantiations (not sure if that is the
right word) of Boolean algebraic structures within a sufficiently general
Quantum Logic propositional lattice. See:
http://en.wikipedia.org/wiki/Quantum_logic This might be the place where
One of my interests is in looking at the extension of Qlogic that
has a Local instead of a Global change (time = measure of change) parameter.
So far I think that I have an idea but it is still only embryonic. I am
looking at whether or not it is possible to use the notion of families of
parameters or functors that preserve the bijective map from density
operators to density operators which is convexity preserving between pairs
of Quantum systems, where the QM system is taken as a Monad. Right now I
need to figure out what would generate the convexity. I know that I lack
much of the sophisticated knowledge needed to do this quickly, so my work is
Stephen P. King
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