May I quote:
"Well, actually I have a more fundamental question. How is the random, self organizing, self referential physics in Cahill's computer work connected to the Cahill extension of Newtonian Physics to nonspherical symmetries? I hope some smart person can answer that for me. Perhaps an email to cahill is called for. But it is better to first read the appropriate papers."
May I propose a possible way to answer your question:
What does "random" mean?
A mathematician I know agrees "there is no such thing as randomness".
Dr. Richard Stafford tells us "random is when you don't know how you get something" if I recall right.
May I suggest that when we talk about "random" we are talking about a group of options where any choice may be made in the circumstance so far described: so we are talking about a "menu".
The very word "random" suggests some unknown influence at work so a boundary surrounding something. If the something is seen as selforganising (can choose two ways of dividing say? so has 3ness of 4ness?) and selfreferential (has 3ness) then this could be called a singular definition of "spherical geometry in 3D space" where anything can be translated into such a geometry that is described by "random; selforganising; and selfreferential".
Having made a 3D sphere "black hole" then I guess Cahill can "vacuum up" other geometries!
The Newtonian aspect becomes simple Newtonian comparisons between what I suspect is Cahill's "shpere singularity" (effectively his own version of Dr. Stafford's generalised 4geometry, and Lee Smolin's quantised volume and quantised area) translation of one nonspherical geometry to another.
In other words:
a free optional sphere in 3D that is so broadly defined as to be "singular" and be mathematically negative (negates mathematics): allows various nonspherical geometries to be mapped into this and simply compared in a Newtonian relativity way of simple comparison.
Instead of Lee Smolin's "quantised area and quantised volume" or Dr. Stafford's "quantised 4ness?" multidimensional polygons? we have Cahill's areavolume "wave function" where one geometry's version of areavolume can be converted simply into another's...?
(I haven't seen Cahill's work).
In fact if "mass" is "uncertainty" then "random" may be like a default description of something incorporating uncertainty; maybe it's like "inertia"?
"A random, selforganising, selfreferential physics" looks to me to be a generalised definition of "sphere". If so, then it may allow a translating from nonspherical symmetries into spherical.
Here is an example of supposed "random" (I say "supposed" because we actually do know the answer here, and always say?):
"1 + 1 = 2".
Why "random"? Well actually it is not random because I wrote that, that's how it got on the page say (If I am "one" and this "1 + 1 = 2" statement is "one" then we have a different "one + one" superposed with the written "1 + 1 = 2").
But on its own it looks random (of course it is not on its own if you observe it it has you for company) as you might wonder how did these "1"s get together?
Now we have what looks like a Zeno's Arrow scenario: instead of halving our definition of "moment" when we say "the next moment the arrow went half the remaining distance to the target" (so the arrow seems to reach a limit in midair as your moments get shorter and shorter):
we have a dividing of "2" as "1 + 1" IN REFERENCE TO AN OBSERVER OR AUTHOR who forms a pair with the statement "1 + 1 = 2" thus giving TWO versions of "1 + 1 = 2" that are superposed AND did I say "two versions"? For what is "two" now?
Where is the two? In the 1 + 1? Or in the ONE (me as author/ or you as observer) PLUS ONE (the statement "1` + 1"?
Chris Langan's "informationrecognition" and "conspansive duality" seems implicit here; as does Dr. Stafford's "set/ subset/ examined set; of a set of numbers ; and his "set + "unknown data + unknown data minus one item so items in set still unique" which generates a kind of negativemathematics.
Dr. Stafford's "data transmission as part of explanation" is noticeable as is Lee Smolin's "thing and screen" idea and Roger Penrose's twistors and spinors.
When maths looks in the mirror you get physics.
If you can SEE selforganising and can SEE selfreference in this starting "randomness" of "how did the 1 and the 1 get together?": then you have blurred vision (as you are ignoring YOUR interaction with this?) ???
The more you assume the "random noise" of a whole lot of "1"s that could be "2"s is selforganising and selfreferential the more you REPEAT a "THREE" template which is "1 + 1 = 2, PLUS YOU".
But you might note the threetemplate: a "1 + 1 = 2" meets another 1 so how do we define "2" now?
Which is 2, which is 3, which is 4?
If you repeat "3ness" you get string theory; if you repeat "4ness" you get spacetime Dr. Dick style; if you repeat biased 3ness in 4ness you get Minkowski geometry; if you SEE 5ness you get "hyperspace" and loop quantum gravity (where the 4ness in 4ness forms defined quantised loops against a partially defined related "random noise".
Now looking at Zeno's Arrow and the imaginary limit in midair: you can imagine such arrows going in all directions and running into an imaginary SPHERICAL BOUNDARY all around projected by a generalised 3D effect (which results in the Bousso limit and "the full glory of string theory on the sphere surface" where "number as string" and "numberbase" as "entropy that is area" are interchanged so string theory actually seemingly collapses into nothing at the moment of its most accurate definition!
About Tarvo's artificial consciousness and "dark matter and dark energy":
if you have blurred vision when playing Chess and only know approximately where your pieces are; when you move a piece the effect on your "possible gameplans you could play" is interesting:
The bluriness will propject imaginary extra constraints and imaginary false opportunities in your "possible game developments". E.g. if you are not sure if you have castled or not already; you will get imaginary opportunities (e.g. the opportunity still to castle) and imaginary constraints (e.g. the constraint that you cannot castle if you think you already have).
Of course this example isn't very realistic. You might get the impression on playing "blurry Chess" that some "alien" is playing a "dark game" with "dark moves" (dark matter) and "dark options" (dark energy).
The whole definition of the game is entangled in this (hence the AXIS of the space involved: generating "axions" which violate forwardsbackwards in time symmetry and chargeconjugation symmetries (biascoupling symmetries)(Am trying to recall here; I've worked out axion theory but do not have my notes here).
The impression of "artificial consciousness" is an illusion like "voices heard by socalled shizophrenic" (projections of their OWN voice) and "alien hand" (projections of their own hand?).
"Blurry perception" generates these illusions; axions are closely tied up in Tarvo's "artificial consciousness" as quantised pieces of the whole space (the axis) broken out of it by the progression of spacetime.
Sorry this is sketchy have written things up better elsewhere but am way behind on properly answering Tarvo's post about "prediction" and Dr. Stafford's physicsforums "thought experiment".
Why do socalled shizophrenics sometimes feel they have to "obey" the seemingly "alien" projections of their own inner voice (if my postulated theory is fair) ?
If society encourages them to deny responsibility and to disown these "voices" then how can the truth that "the voices OBEY THEM" be asserted?
Perhaps they "obey" the voices in a playact so as to assert the connection another way or something?
that was a bit messy?
dolphin
