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A bench-top experiment could test the notion that gravity breaks delicate quantum superpositions.

Accounting for quantum fuzziness could help us measure space and time—and the cosmos—more accurately.

FQXi FORUM

February 22, 2018

CATEGORY:
The Nature of Time Essay Contest (2008)
[back]

TOPIC: Deep quantum time by David Ritz Finkelstein [refresh]

TOPIC: Deep quantum time by David Ritz Finkelstein [refresh]

A deep-quantum model of time is described. It begins with a stratified state-vector space without space-time and gauge fields. These emerge from contact exchange interactions and vacuum condensation. The model is an imbedding of the existing singular theories of gravity and GUT within a simple (Clifford) algebra with strata used to represent those of physics. This results in a model that is regular as well as simple. Its phenomenological vacuum is a finite quantum cellular shell truss one cell thick and cosmologically-many cells long, whose struts are quantum trits (three-state elements). Each cell has 10 dimensions transverse to the shell, giving rise to the GUT fermions, and 4 along the shell, giving rise to spin on one stratum and space-time on another. The great anisotropy of the shell results in the great differences between internal and external variables, and between GUT and gravity. For each frame, the longitudinal shell dimension of negative signature is time.

David Ritz Finkelstein is professor emer. of physics at Georgia Tech, where he does research and teaches. He was educated at City College of New York and Massachusetts Institute of Technology, and did early work on quantum logic, black holes, gravitational skyrmeons, the electroweak unification, and quantum-computer models of space-time. He suspects that the universe is a kind of quantum cellular neural network, and has been hunting the chronon, the quantum of time, since college. His book Quantum Relativity described this work up to 1996.

Prof. Finkelstein, I've been following your work since I read your "Space-time code" papers in Phys.Rev. years ago. Unfortunately I soon got lost somewhere down the mathematical/logical rabbit hole you led us, no doubt due to my own shortcomings... Glad to see the rabbit hole is getting deeper still...

David,

"Emerge. Simplify. Stratify. Localize."

What a marvelous way to organize a theory of time in which quantum events drive local observation.

Sea Time and Queue Time appear to be a true unification of relativistic time--where time is a simple continuous and reversible parameter--and quantum momenta, which appear as real-valued outcomes, positive, negative and zero. I love the metaphor of Sea time as a continuous knob and Queue time as many single pole, triple-throw switches. One imagines that the continuous and infinitely orientable "knob" outputs values at every chronon increment that correspond to one of the triple posiitions. Maybe the answer, somewhere in time, really is 42. :-) The model answers Einstein's challenge to discrete physical functions (The Meaning of Relativity), in that although one can give good reasons why reality cannot be represented in a continuous field theory, if quantum theory is correct, one should have a theory that completely describes the world in quantum numbers.

On a personal note, the "truss shell model" spoke to me on an issue I have struggled over in my own research. To arrive at a 10-dimension limit of 4-dimension spacetime, I summed the cardinal points of discrete spatial dimensions up to non-redundant points of the Riemann tensor metric. Though I found the sum useful, I could never identify any good physical reason to do it. Your model ("...the spacetime process itself ...") is exactly what I had in mind and was never so bold to express. The cardinal totality of points in the tensor field (16) with 6 redundant points, results, as you say, in 10 dimensions transverse to each cell. In my model, as in your cold graphene macro-molecule, emergent waves carry away energy. I have generalized to the result:

The 4-dimension horizon is identical to the 10-dimension boundary.

As in your model, this obviates a compactification problem in my model as well. I do hope you can make time to read my FQXI essay, "Time counts."

David Finkelstein, may your tribe increase.

Tom

"Emerge. Simplify. Stratify. Localize."

What a marvelous way to organize a theory of time in which quantum events drive local observation.

Sea Time and Queue Time appear to be a true unification of relativistic time--where time is a simple continuous and reversible parameter--and quantum momenta, which appear as real-valued outcomes, positive, negative and zero. I love the metaphor of Sea time as a continuous knob and Queue time as many single pole, triple-throw switches. One imagines that the continuous and infinitely orientable "knob" outputs values at every chronon increment that correspond to one of the triple posiitions. Maybe the answer, somewhere in time, really is 42. :-) The model answers Einstein's challenge to discrete physical functions (The Meaning of Relativity), in that although one can give good reasons why reality cannot be represented in a continuous field theory, if quantum theory is correct, one should have a theory that completely describes the world in quantum numbers.

On a personal note, the "truss shell model" spoke to me on an issue I have struggled over in my own research. To arrive at a 10-dimension limit of 4-dimension spacetime, I summed the cardinal points of discrete spatial dimensions up to non-redundant points of the Riemann tensor metric. Though I found the sum useful, I could never identify any good physical reason to do it. Your model ("...the spacetime process itself ...") is exactly what I had in mind and was never so bold to express. The cardinal totality of points in the tensor field (16) with 6 redundant points, results, as you say, in 10 dimensions transverse to each cell. In my model, as in your cold graphene macro-molecule, emergent waves carry away energy. I have generalized to the result:

The 4-dimension horizon is identical to the 10-dimension boundary.

As in your model, this obviates a compactification problem in my model as well. I do hope you can make time to read my FQXI essay, "Time counts."

David Finkelstein, may your tribe increase.

Tom

Dear Prof. Finkelstein

Reading your article on FQXi I would like to inform you I have solution for your idea on:

Time does not give birth to such a vacuum but emerges from it.

Vacuum, we can say cosmic space is atemporal. Time emerges from it when we measure duration of material change runing in vacuum-space.

see

-Sorli A. (2008) The Theory of Atemporality

http://www.fqxi.org/data/forum-attachments/THE_THEORY_OF_ATE

MOPORALITY.pdf

- Sorli A. (2008) The Concept of Atemporality into The Theory of Relativity

http://www.fqxi.org/data/forum-attachments/1_The_Concept_of_

Atemporality_into_The_Theory_of_Relativity__amrit_2008.pdf

yo

urs amrit

Reading your article on FQXi I would like to inform you I have solution for your idea on:

Time does not give birth to such a vacuum but emerges from it.

Vacuum, we can say cosmic space is atemporal. Time emerges from it when we measure duration of material change runing in vacuum-space.

see

-Sorli A. (2008) The Theory of Atemporality

http://www.fqxi.org/data/forum-attachments/THE_THEORY_OF_ATE

MOPORALITY.pdf

- Sorli A. (2008) The Concept of Atemporality into The Theory of Relativity

http://www.fqxi.org/data/forum-attachments/1_The_Concept_of_

Atemporality_into_The_Theory_of_Relativity__amrit_2008.pdf

yo

urs amrit

Wow, cool post. I’d like to write like this too – taking time and real hard work to make a great article… but I put things off too much and never seem to get started. Thanks though.

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I have been interested in this topic for quite some time. I have been researching it for a couple of hours and found your post to be very interesting. Cheers! energieaudit

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The study of energy in terms of the quantum mechanical concept is quite interesting and I have not the same in relation with time constrain. This detail regarding the quantum model of time is pretty useful for the readers. Martin Enclosures

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It is very interesting to study the quantum mechanics theory. Here you describe the details of the theory and its concept. So if you know the subject then read the article given here for more information and clear all your doubts. Big Apple Medical Wheelchairs

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