Call it what you will…
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March 22, 2020 at 2:43 am #30664
I guess many would subsume this notion under the many worlds theory/hypothesis/conjecture/etc.
Some people believe that whatever can happen will happen.
I saw a movie recently where this was discussed and one character quipped along the line of “If that is true, is there anything more deterministic than that?”
March 22, 2020 at 3:42 am #30665Quasicrystals have 5 fold symmetry. This implies a space is tiled nonperiodically, thus in order for the crystal to grow it must know in priori the correct direction in which to grow. Roger Penrose first noted this in the book;The Emperors New Mind. He posited that unseen to causal space observers there is a Hibert space where all possibilities exist as a quantum mechanical cloud until a possibility collapses into event space. Thus the space is tiled in priori in event space by virtue of the only possibilities existing in Hilbert space uncollapsed. Thus the only thing that can happen will happen.
 This reply was modified 1 week ago by michael17.
March 22, 2020 at 12:05 pm #30667Thus the space is tiled in priori in event space by virtue of the only possibilities existing in Hilbert space uncollapsed. Thus the only thing that can happen will happen.
That’s pretty neat.
March 22, 2020 at 4:47 pm #30671I guess many would subsume this notion under the many worlds theory/hypothesis/conjecture/etc. Some people believe that whatever can happen will happen. I saw a movie recently where this was discussed and one character quipped along the line of “If that is true, is there anything more deterministic than that?”
Quasicrystals have 5 fold symmetry. This implies a space is tiled nonperiodically, thus in order for the crystal to grow it must know in priori the correct direction in which to grow. Roger Penrose first noted this in the book;The Emperors New Mind. He posited that unseen to causal space observers there is a Hibert space where all possibilities exist as a quantum mechanical cloud until a possibility collapses into event space. Thus the space is tiled in priori in event space by virtue of the only possibilities existing in Hilbert space uncollapsed. Thus the only thing that can happen will happen.
“Thus the only thing that can happen will happen.” Sounds like determinism to me.
March 22, 2020 at 5:23 pm #30673From Sean Carroll:
We can call “global determinism” the claim that, if we know the exact state of the whole universe at one time, the future and past are completely determined. But we can also define “local determinism” to be the claim that, if we know the exact state of some part of the universe at one time, the future and past of a certain region of the universe (the “domain of dependence”) is completely determined. Both are reasonable and relevant.
But in the quantum field I am not convinced that QM can predict anything. But then I am not too familiar with the Born Rule and vector math of Hilbert space. Maybe not all spaces are Hilbert Spaces, like Phase Space.
March 22, 2020 at 5:41 pm #30674I wonder how chaos theory fits in.
March 22, 2020 at 5:44 pm #30675Unseen wrote:I guess many would subsume this notion under the many worlds theory/hypothesis/conjecture/etc. Some people believe that whatever can happen will happen. I saw a movie recently where this was discussed and one character quipped along the line of “If that is true, is there anything more deterministic than that?”
Or a biased possibility cloud. another example would be light entering a periscope the second mirror cocked at 45 degrees having 50% reflectivity which intuitively should allowed 50% of the light to enter your eye.. A third mirror is set behind this one cocked 45 degrees to allow the remaining light to travel 180 degrees in the opposite direction. Instead all the light travels to your eye in the original direction it was traveling. Thus the possibility cloud is biased and counter intuitive to our casual space expectation Roger Penrose noted this result also.
March 22, 2020 at 5:44 pm #30676When he says “exact state… at one time” I don’t understand what “one time” means. Since time is continuous, “one time” can be (or needs be) infinitesimally small. Therefore there is no such thing as “the state of the whole universe”. A discrete sample does not necessarily represent reality.
March 22, 2020 at 6:03 pm #30682When he says “exact state… at one time” I don’t understand what “one time” means. Since time is continuous, “one time” can be (or needs be) infinitesimally small. Therefore there is no such thing as “the state of the whole universe”. A discrete sample does not necessarily represent reality.
This is true modeling nonlinear systems like the weather, everything is determined by initial conditions to get a certain outcome a million years in the future.
March 22, 2020 at 6:15 pm #30687Michael – after all this time we might be on similar wavelengths assuming you are happy to express the probability of that as a wave function.
March 22, 2020 at 6:16 pm #30688Unseen wrote:I wonder how chaos theory fits in.
I have an unpublished paper that was submitted to the Journal; physical review A, that combines chaos and QM. In one section I used a recursive transform typically used to generate Julia sets (similar to the famous Mandelbrot set to generated the 2p orbital shell around a hydrogen atom using the Bohm model and not the Heisenberg model which is more advanced.
 This reply was modified 6 days, 23 hours ago by michael17.
 This reply was modified 6 days, 23 hours ago by michael17.
 This reply was modified 6 days, 23 hours ago by michael17.
 This reply was modified 6 days, 23 hours ago by michael17.
 This reply was modified 6 days, 23 hours ago by michael17.
 This reply was modified 6 days, 23 hours ago by michael17.
 This reply was modified 6 days, 23 hours ago by michael17.
 This reply was modified 6 days, 23 hours ago by michael17.
 This reply was modified 6 days, 23 hours ago by michael17.
 This reply was modified 6 days, 23 hours ago by michael17.
March 22, 2020 at 6:43 pm #30699Michael – after all this time we might be on similar wavelengths assuming you are happy to express the probability of that as a wave function
A Hilbert space can use linear algebra with imaginary terms (in the mathematical sense) yet with these terms being wave functions. I do this precisely in my 2p orbital shell model.
 This reply was modified 6 days, 23 hours ago by michael17.
March 22, 2020 at 7:06 pm #30701My only reply to that is 1,0,+1
March 23, 2020 at 1:33 pm #30703Unseen wrote:I wonder how chaos theory fits in.
I have an unpublished paper that was submitted to the Journal; physical review A, that combines chaos and QM. In one section I used a recursive transform typically used to generate Julia sets (similar to the famous Mandelbrot set to generated the 2p orbital shell around a hydrogen atom using the Bohm model and not the Heisenberg model which is more advanced.
A contribution to Chaos theory which I want to advance is that similar to a vector space is comprised of a set of orthogonal vectors. A mathematical construct to model an order of indeterminate tiling systems consists of a set of orthogonal vector spaces. I prove this out with a class of aperiodic tiling called trinominos in the mathematical journals it essentially a tee shape form by 3 blocks. The system is indeterminate and chaotic. I wanted to see if such a framework, can also incorporate a Hilbert space and model Penrose 5 fold tilings which are essentially 2 dimensional quasicrystals.
March 24, 2020 at 5:33 am #30710I have an unpublished paper that was submitted to the Journal; physical review A, that combines chaos and QM. In one section I used a recursive transform typically used to generate Julia sets (similar to the famous Mandelbrot set to generated the 2p orbital shell around a hydrogen atom using the Bohm model and not the Heisenberg model which is more advanced.
If you’re willing to accept me as a peer, we can publish this. Just don’t expect me to understand it. 🙂

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