Computability in the Theory of Theories by Philip Gibbs

Hi Phil.

You say: where the wave function collapse is an illusion of our own experience.

Yes, because it creates a subjective information, we choose what we want to get or what to measure, and we can even change the past, maybe also the future? This change of the wavefunction is lasting just a moment when we extract the information.

You also say: The only viable solution to the measurement problem is to replace materialism with idealism. The observer is not just something different, it is everything. Before quantum theory philosophers proposed various types of idealism: subjective idealism, objective idealism, transcendental idealism, etc. what we are considering now is best termed quantum idealism. This is not some religious or spiritual philosophy. It is pure science.

It is amusing that this is also what Wheeler said. He made the subjective measurement or illusion central, and this lead as an extrapolation to the many worlds scenario, that started with Wheeler also. Keith do work with this.

He put the observer as central to creation simply.

This is the same as the way time is generally treated in our subjective lightcone. But that time vanish in objective perspective, showed Einstein. We can ignore it. But what is then left of time? Just a vector that pushes on the flat spacetime? Or can time be a part of gravitation and also code information?

Why do we struggle with all these possible ideas? How many different ideas are 'out there'? How many degrees of freedom? Maybe something has to fuse them together into 'lumps' or 'boxes'? In cognition that something is chaos or noise, and what we extract becomes then a signal. Note that we as observers are a part of that signal.

Also, if we want a change we must increase the chaos first, climb the latter of Lorentz boost... increase the speed or acceleration etc. (I often feel this is my task here on Earth).

I also much like Matti's view of consciousness as an 'inbetweenness' or a different ontology, what the Lorentz invariance also can be seen as, when we consider fields.

Friendly, Ulla Mattfolk.

Hi, Phil and Steve.

What is information?

It cannot be absolute, never. It is always a part of the whole, just like when we extract information by doing measurements. Like Matti use to say - consciousness can only diminish in each step. Otherwise information must be created by universe, or other observer -participiants, as Wheeler put it.

Shannon took information to be half of everything as optimal. But only as optimal, so this is not either an on-off situation. No digital number?

In holography we create information from a duality, a bit like we do a measurement. We can also create 'fermions' as an half, isolated by rotation. Now I know Wick too badly to say more, but maybe gravitation can be the one rotating it? Its 'rays' are not seen, but are everywhere. Gravity is a special case only.

One question I have pondered is what happens to information in a null-geodesics or in an empty void where we have a field without much matter. Or is it an illusion too? What we see there is Weyl spinors that do the work of gravitation. The spinors are the glue that holds the rotation up. Or the stress is 'conserved' without relaxation there? Like a bubble of vacuum... Here we have no help of general relativity? So what lies outside it?

I also want o ask you about the universal equation of Wheeler deWitt. What is your op.? It looks so simple. Can it explain a graviton?

Regards

Ulla Mattfolk

Hi, Phil.

Can the universal computer be something like what we call 'God'?

And we try to recreate it as small inner baby-universes, subjective. If we think of holography this requires two frames that interact. It can be something like classical and quantum frames? How do you consider the quantum frames are emergent?

Regards, Ulla Mattfolk

Philip. I loved your conclusion. Especially the last two paragraphs. I address the same issues in my essay and, by eliminating the basic assumptions, impossibles and limits imposed by humans, I was able to find a deeper fundamental level and use it to develop an arithmetic/computable conversion of information into physical reality. Doing so, I was able to derive a complete computable model of a multiverse that includes the observable universe. I would appreciate it if you would provide your comments on my essay. Thanks John D Crowell

Hello Ulla, happy to see you here, hello Professor Gibbs, here is general thought about these informations.

Entropical spherical informations and general universal communications , the sortings, superimposings, synchronisations and the link with quantum 3D spheres and the general spherisation of the universe .Why and how ? sources, signals and encodings .....

The complexity appears with the quantities of informations and can be ranked between the minimal and maximal of informations . For this let s consider a main universal emission from the central cosmological sphere, it is there that this infinite energy codes and transform thsi energy in matters, 3D finite series of spheres for me in a gravitational coded aether where this space disappears playing between the cold and heat generally.The source is from there and the aether is the source but it encodes also and recepts in function of evolutive codes and properties disered to create the diversity and communications of evolution in logic.

The works of Shannon can converge and the uncertainty can be better understood at my humble opinion seeing the complexity and number of these finite series having probably the same number than our cosmological finite series of spheres, there is like an universal link between this finite number,

the redondance and the equiprobability can be better understood if we know the real universal meaning of this general thought

The thermodynamics can converge considering two main constants for this gravitational aether, like codes playing between this zero absolute and this planck temperature, it is an assumption but when we consider all the properties of these series, we can understand better the synchronisations, the sortings, the superimposings with all the motions, rotations , oscillations of these 3D spheres.

The second principle in thermodynamics become relevant , Q/T correlated with this entropy and we can converge with the entropy of Shannon and the topological entropy in considering several mathematical Tools of ranking, like the lie derivatives, the topological and euclidian spaces, the Ricci flow and an assymetric Ricci flow, the poincare conjecture , the lie groups and others mathematical Tools. See that the motions, rotations , oscillations, volumes, densities, mass, angles, senses of rotations, moments, and other physical properties can help for the rankings and for a better understanding of communications ,uncertainties and probabilities.

The potential of these series so become the key and the distribution also of informations in function of codes of evolution and properties of matters. It is a question of internal energy and distribution of this energy in function of internal codes and informations. The relevance becomes the infinity of combinations.

Regards

Hi Philip.

Congratulations on your work. I have been a longtime fan and appreciate your contribution to Independent Researchers with viXra (I once contributed an amount that you said was your largest contribution ever). Dr. Hu, who I think now supports viXra, has done a great job.

Your theory of theories contributes to our ability to think about science in a general way. Although I am not a mathematician it contains a framework that I embrace and use. Yes, nature is probabilistic and I also use Shannon's work on information theory. Thanks for bringing us back to one universe. I was having a hard enough time with this one.

We agree on many things but I know that the language we use sometimes keeps us from communicating. As you point out there will always be questions even if we had the ultimate theory. I use the phrase "Mind of creation" to understand the information processes that produce perception of nature around us. This respects the possibility that we are extensions of a creative process that may be an end in itself.

Now for my question. Is the following work OK mathematically? I use Schrodinger based wave functions that collapse at probability 1. There is a huge amount of information in 1*1*1*1, etc. if each 1 is a probability set. I use probabilities that represent energy with the equation: p=e0/E but energy is only separated. There are other probabilities in the set that give E-E=0. So there are two criteria for each set, P=1 and E=0. The sub probabilities multiply to 1 for each quad (example P=1=exp(-15.43)*exp(-12.43)/(exp(-17.43)*exp(-10.43)) and energy zero (101.95+5.08+646.96)- (753.23+0.69)= 0.

With four probabilities in each set (I call this a quad) I could form the Schrodinger probability 1= exp(iEt/H)*exp(-iEt/H). One of the E's was mass plus kinetic energy and the other E was equal and opposite field energy. I reverse engineered some data so that the E's represented one of the quarks (after it transitions to 4.36 MeV while conserving M+KE) in a neutron. I found that this was relativistic because it satisfied E^2=M^2+ (PC)^2. This was important because physicists moved beyond Schrodinger to Dirac equations because Schrodinger was thought not to be relativistic. It is with P=1 and E=0.

The reason I ask is that you have a good grasp on criteria a theory of everything would obey. Whatever I did works.

Hi Phil,

Fascinating to again read such a different approach to a similar search to mine; for an "enlightening foundational principle", and very well constructed and written as usual (spelling aside!). I did check and spelling isn't a scoring criteria!! A few questions arise;

Page 1; Does something being a mathematical dead end have to mean it describes a physical dead end? or may it just mean some assumption is wrong. i.e don't cyclic models remain valid?

Page 3; Don't you correctly mean a 'maths model' of a possible universe is an output from running an algorithm, rather than a real universe?

Page 3-4 Is a real 'Halt' essential to obtain fpr a cyclic case?

Page 5. I entirely agree the 2 states of Boolean logic are the crux of the problem and expand on that in my own essay.

Page 6. I entirely DISagree that QM is fundamentally correct, (Bell agreed.) Do you recall the classic derivation of the data in my last years essay?! (I'll look up any comments you made).

page 8. I do like abd agree your 2nd para comments on the LHC. But do you not think Bernoulli need some consideration and may have something to offer?

But excellent job, as usual. I look forward to seeing how well you connect with mine.

Very best

Peter

Dear Phil,

I read your essay and commented ages ago, before my essay came out. I have now scored you and hope you will read my essay and comment and score.

Warmest regards,

Edwin Eugene Klingman

hi Gibbs, great work on computing mathematics ,though not my cup of tea I have rated you immensely. I greatly appreciate and thank you for open access on Vixra. I have submitted a simple essay on How bias has defined Science here-https://fqxi.org/community/forum/topic/3525 ,hope you find time to Rate/review my work. Wish you all the best. regards

Hello again Phil,

So far as I am concerned; this essay is precisely on target. The 'theory of theories' notion in its broadest sense is the only framework general enough to contain what I've discovered in my research. Or that body of work is a validation in principle. Most people are WAY too timid in their conception of Mathematics, and how it applies to Physics. Even Max Tegmark is rather timid, in his conception of a mathematical universe, which may in part be because he is trying to validate String theory - which I see as beautiful and inevitably true, but only a part of a larger theoretical structure, and almost powerless in its predictive capacity until there is a clearer understanding of how higher dimensions map to our world.

I am of the opinion that if you include all possible Maths; the Math does the sorting for you by delineating which structures are the most important. Things like the Monster group, the exceptional Lie groups, the normed division algebras, and the Mandelbrot Set seem to be more than curiosities. In a similar vein; when I asked Gerard 't Hooft about his calculational Quantum Gravity theory "what does the calculating?" he asserted that there don't need to be atoms of space or extra-dimensional hardware because the laws of nature do the calculating for us. I just submitted a paper to Prespacetime on "Bimetric Convergence" where initially the dimensionality of the cosmos ranges from 0 to infinity, and later converges to 4-d spacetime.

This of course means all of the higher-d structure from the Monster on down would serve as a filter shaping reality. The proposal of Garrett Lisi about a TOE based on E8 was again too timid, in this regard. My insight is that if you follow the arc of octonionic emergence; it passes through E8, E7, E6, F4, and G2 in turn - which I think yields a similar result as work by Dray and Manogue including sterile neutrinos. This idea is more like the work of Tony Smith. But I find it hard to shake the notion that nature would want to use all those algebras in some way. A theory of everything should include exactly everything Math has to offer, and by studying the decompositions of the higher-order structures we might learn something.

Ray Munroe wrote in his first FQXi essay about a theory building upon the simplest and most complicated structures possible simultaneously, and he continued to pursue a geometric road to unification along these lines, until his demise. My bimetric convergence paper builds on this, and it may provide a phenomenology (or pieces of same) in which the "theory of theories" could be the mechanism by which nature arrives uniquely at a universe like ours. My Physics mentor Greg Kirk was very learned in Maths at a level you and I both have yet to explore, and he was also convinced that Maths rule, and that if you let the math do the choosing, what you get is a universe much like ours. This now appear to me inexorable and inevitable, so I give you full credit.

All the Best,

Jonathan

Dear Philip,

You give very important ideas and draw conclusions aimed at overcoming the conceptual paradigm crisis of understanding in the philosophical basis of fundamental science.

I especially liked the conclusion to overcome the crisis and further the Big Philosophical-Physical-Mathematical Brainstorm:

"Physicists have so far failed to find the mathematical foundations of quantum field theory, supersymmetry, string theory and loop quantum gravity. The mathematics must exist even if those ideas are wrong for physics. Why is this so hard? In my opinion they are failing because they still cannot relinquish certain cherished philosophical beliefs."

I believe that this conclusion is consistent with the conclusions of the programmatic article by Carlo Rovelli: Physics Needs Philosophy / Philosophy Needs Physics

I wish you success in your further research and your activities for the benefit of the entire global scientific community!

With kind regards,

Vladimir

Dear P,

Physics is our experience of the universe. This universe obeys the rule of non-contradiction; it is therefore a logical system. As a consequence, of course, the universe is effectively well described (Wigner 1960) using logic based mathematics.

Then, as a logical system, the universe requires, in order to be operational on logic, to be made of only one type of stuff and motivated by only one type of cause.

Both physics and metaphysics give the same answer; the stuff, substance is a dynamic process we call TIME or the vacuum. The cause is a local difference in the rate of time. This is just 8 lines.