Lawrence,

Oh dear. That's the exact inverse of good science! And that may be the greatest problem we have. If I derive a hypothesis I'll go to the ends of the earth to DISprove it! That's the 'gold standard' scientific method, (which I'm sure is why the pure triple filtered science I end up with works!)

At present if a non eminent academic publishes a paper or even just teaches students something he will feel WEDDED TO WHAT HE WROTE! That's the worst way to do science, and, I suggest, the biggest block we have on advancing understanding.

May I suggest you goal should be to find conclusively IF "divergences in quantum gravity can be absorbed into unobservable nonlocal hidden variables" or NOT! the not being as valuable a finding. In fact may I also suggest it'd be useful to re-write that sentence in English (as arXiv now demand!) so it actually means something to your average ('Sci-Am level') reader!

I hold you in higher regard than to downmark essays Lawrence. Unfortunately it seems that doesn't go for all.

Best

Peter

I am not sure what you see as a problem. The goal is to see if this can be mathematically realized. As for disproving that this is the domain of experiment. You generally do not disprove a theory with a theory.

The idea is that the metric structure is categorically equivalent to the Tsirelson bound, then for Einstein spaces where R_{ij} = Ag_{ij}, for A a constant the quantized curvature or expectation is similarly bounded and divergence removed. This requires going beyond the Weyl tensor spacetime physics (which is where I have worked) to the full Riemann = Weyl Ricc domain. This is rather tough as it is similar to gauge theories with sources that are notoriously difficult to work.

LC

Dear Peter,

thanks for your answer.

I like your creativity and that you do not give up with your goal of demystifying QM. So please don't take it personal that i am not convinced.

I thought you present a quantum mechanical experiment (at the microscale). Your experiment may be creative and intelligent form the point of view to build up some analogies between your experiment and the quantum world, as it should be according to your theory (here the first critique: Your experiment and the assumed properties of quantum particles build up a circular reasoning). But a spinning macroscopical sphere is not necessarily the same as a particle. Surely, you want to convince the audience that it indeed is in some sense, but i sincerely think that one cannot call this an experiment regarding what you want to prove - because you don't experiment with the objects you want to find out something, but with some macroscopic replacements.

If i do not understand you wrong, what you want to achieve is to map the probability distribution curve (which is nicely sinusodial, or cosinusoidal) onto some physical processes, and what would be better than using a sphere for this. I can understand that you are fascinated with this approach and i surely cannot disprove it (without delphing into your arguments or due to the fact that i do not have access to the mechanisms you describe).

I therefore do not judge your approach, i am simply not convinced. Especially some macroscopic spheres do not necessarily say something about microscopic particles. I think if you really want to establish a new interpretation of QM, then you had to develop some theory which is able to predict something different from QM. Yes, i know, you will say you exactly had already done this, but as i remember, your predictions were all just retrodictions. Besides that, probing the behaviour and properties of the quantum world, i think, necessitates to operate at the quantum level and not with macroscopic spheres.

I will not downrate you according to my opinions, because nonetheless i think you are a creative thinker and i think i understand the fascination you have for your approach. Therefore i will not rate your essay.

Best wishes,

Stefan Weckbach

Stefan,

You'd need a deep understanding of QM, which you agree you lack, and to overcome cognitive dissonance to be 'convinced'. I understand & predicted that. But anyway;

1. QM suggests ABSOLUTELY NO classical mechanism can reproduce those orthogonal cos2 curves! ('QM's predictions') My 'surrogate' simplification shows that to be false. How close to the 'actual' mechanism it is has no relevance in that respect. (I state regularly that rotating spheres are great simplification of particles!)

2. Using the simple explanation to help understanding means you jumped to a false conclusion. In fact the REAL mechanism of absorption/re-emission came FIRST. You may remember it as Discrete Field dynamics, localising 'c' on fermion field re-emissions. There is then no 'circular reasoning'.

3. You misunderstand QM, the formulation of which is ITSELF is purely based on experimental findings. That means the 'correct scale' experiments have all been done and all entirely support my (absorption momentum transfer) mechanism. I analyzed the key Aspect and Weihs experiments i.e. here; DOI: 10.13140/RG.2.1.3754.1287. or (note this was incomplete;)

Jackson, P. A., Minkowski, J.S. Quasi-classical Entanglement, Superposition and Bell Inequalities. Academia.edu 9th Nov 2014.

Experiments at the quantum scale would only then repeat what's already been done. That's NOT the task. The ONLY problem was findings some classical mechanism able to reproduce the findings. Dirac's twin stacked spinor maths are just fine, but now we have an inkling of the physical process the formula REPRESENTS.

4. The other important part of all this is that ALL the 'spooky' interpretations fall away. Too shocking and unbelivable to accept I quite understand, but the fact is they do. See the definitions in the above paper.

a) 'Entanglement' effects simply come from the anti paralell axes.

b) 'Superposition' refers to the ACTUAL momentum transferred subject to detector electron orientation (everything is RELATIVE!).

c) Wavefunction collapse' simply comes from absorption and re-emission, which solves the 'measurement problem'.

d) Non-integer spins come purely from relative y or z axis rotations as the video shows. (very compressed one of some basics here;)

https://youtu.be/WKTXNvbkhhI 100 Second Video

I'll even explain what's really happening in the 'quantum eraser' experiment without needing 'backward causality' if you can't see it (it's not easy first time).

Again, I have no delusions that humankind is able to assimilate and rationalise this quite 'different' understanding of nature, even with Occams razor. However I do feel obliged to steer anyone interested 'back on track' when they depart. The track will remain invisible to most until well trodden. I thank you kindly for that interest.

Very best

Peter

Lawrence,

"I am not sure what you see as a problem"

I suggest the need for us to attempt falsification of our theories is far MORE important for theorists than experimentalists.

It seems using purely maths has led us away from that. Might that be a reason we're 'wandering' in such a dense forest of untenable and/or unfalsifiable theories!? Do you not also agree we need to remember at times that just because something is describable mathematically doesn't mean it can or does really happen 'physically'?

In experiments, it's invariably not the output data that's meaningfully important but the interpretation put on it, which is theoretical physics and too often based on previous flawed assumptions and interpretations. I suggest then that DISproving those assumptions, mainly theoretical or mathematical, may be far MORE more important that showing something MAY be possible.

Is that not reasonable?

Peter

Hi Akinbo

Great to hear from you. I only moved to QM as a test of 'discrete field' SR, and as the quanta ultimately drives everything. My SR solution passed the test, so exposing the error in the assumptions underlying QM, giving a unified description, and much more!

An earlier test addressed the flaws, paradoxes, anomalies & unexplained in 'Concordance' (doctrinal) cosmology. That too surprisingly succeeded. The more coherent model free of all the anomalies etc united the Hawking & Penrose models into a single 'recycling' mechanism, at work in the galaxy evolutionary cycle (giving the mass function growth you invoke by pair production). I'll confirm your correctness on that in your essay blog.

Unfortunately significant evidence suggests that some of your adopted starting assumptions were unreliable and probably wrong. Not necessarily the 'bi-bang per se as that needs little improved understanding (and some logic) to be a recycling (re-ionizing) mechanism.

Did you know the only original 'evidence' for accelerating expansion was cosmic redshift? It was only ever 'one possible interpretation', but repeated often enough, like all lies, it becomes 'truth'. I've shown an irrefutable mechanical production of redshift over time which is rather better as it's less problematic. Will the gatekeepers let it surface? Your guess will be correct!

VIDEO; Time Dependent Redshift; http://youtu.be/KPsCp_S4cUs let me know if you understand it all.

So just correcting the expansion rate alone removes a host of issues and allows a more coherent picture to emerge!

I enjoyed your essay and it's original approach, and am sure you'll enjoy mine, though it may be more testing than many!

Very Best

Peter

Dear Peter,

thanks for the answers. Your theory enables a similar kind of hidden-variable theory that has implications for the question of qualia. Let me be as original as you and claim that the impression of the color red is - at its fundamental level - not due to a certain wavelength, but due to the fact that a red stream of light consists factually of *red* photons. Via absorption an re-emission photons with all kinds of colors are produced naturally. Due to the process of absorption an re-emission, in the brain the impression of all colors is facilitated by the re-emission of the apropriate color mixture photon ensembles. These photons are projected in a cinema-like process in a holographical, encoded fashion onto the homunculus - what 'proves' that there must be some homunculus which can filter and decode a kind of holographical colored data-stream of photons. I am not sure if this also holds for all the other senses :-)

I ponder over wether your mechanism is strictly deterministic and wether or not the maths of your theory should lead to an infinitely precisely defined location for every particle at detection. Since you have reproduced the cosine-curves, one should expect that interference patterns and all the rest should be arise like a perfect printer plot, without some positive accidents in the destructive parts. Please explain.

Peter, i hope you can swallow some humour, not because your theory is silly as such, but how can it make a difference if it has no experimental consequences? The difference would only be in changing some worldviews. People would believe in absorption an re-emission and in your mechanisms instead of believing in entanglement etc. Would this improve the world or make it a better place, beyond changing some minds in the scientific community?

Jack,

Many thanks. You're far from alone in not understanding QM, Feynman said effectively (I paraphrase) that those who claim they do are delusional! It may be a GOOD thing you haven't been educated on it as you'd have had to swallow it hook line & sinker to pass the exams! That's not to say the maths don't model the findings ok, it's the 'interpretation' that went off the rails from the start.

Just to advise you I'm now scoring your essay, in line with my positive comments.

Best

Peter

Again you can't disprove a theory with a theory. A theory is falsifiable, while information that falsifies a theory is not. Hence you do not falsify theory with theory. Of course you can show a theory is inconsistent and thus false because it is internally flawed. Experimental data does support Bell theorem which rules out local hidden variable or classical-like physics underlying QM.

LC

Lawrence,

I entirely agree with all of that. Very well put. We can only EVER reveal inconsistencies, which is the task, but never 'prove' anything absolutely (even with experiments come to that!) so my point remains. I agree 'disprove' wasn't a perfect word but that is a little semantic.

And I entirely agree 'experimental data supports Bells theorem' which was anyway self evidently correct. And that same experimental evidence also entirely supports the model I identify, which in NOT a hidden variable theory, indeed is consistent with Bells predictions.

The only problem you have here Lawrence is Cognitive Dissonance. That's entirely to be expected. I'll give you a few more quotes of John Bell (which I didn't find till AFTER I derived the model and was trying to disprove it, including scouring every page of his; compilation; 'Thinkable and Unthinkable in QM')!.

"We are interested only in the possibility of hidden variables in ordinary QM and will use freely all the usual notions." p.2.

"..fundamental obscurity in quantum mechanics. Our theorists stride through that obscurity unimpeded... sleepwalking?" p.170

"The quantum phenomena do not exclude a uniform description of micro and macro worlds...systems and apparatus." p.171.

"I think that conventional formulations of quantum theory, and of quantum field theory in particular, are unprofessionally vague and ambiguous. Professional theoretical physicists ought to be able to do better." p.173.

"It may be that a real synthesis of quantum and relativity theories requires not just technical developments but radical conceptual renewal." p.172.

"...the new way of seeing things will involve an imaginative leap that will astonish us. In any case it seems that the quantum mechanical description will be superseded." p.27

"...the 'Problem of Interpretation of QM' has been encircled. And the solution, invisible from the front, may be seen from the back.." p.194.

Bell was very wise. A "radical leap that will astonish" is not one most readers of an essay contest are going to immediately be able to accept (for the reasons I identify in the essay). Indeed if anyone says; 'Yes' wow! I see; brilliant!' I'll most likely assume they're crazy! The mechanism none the less self evidently does what Bell predicted, which most people wrongly assumed he thought 'impossible'!

So did you actually watch the video? Classic QM It's just that from what you write it appears you didn't.

Best

Peter

yehuda

I liked Bohm but he didn't crack the problem. I find close analogies between the original strings and helical path ellipticities. But a more important point on self organisation;

I suggest the REAL start of conscious intelligence is when;

A BRAIN IS ABLE TO ORGANIZE AND ARRANGE STORED INPUT TO 'IMAGINE' FUTURE SCENARIOS, TRIGGERING MOTOR NEURONE RESPONSES, WHICH THEN LEADS TO CREATION OF WHAT WE TERM 'INTENT' and 'GOALS'.

Can anyone think of a better learning 'step point' for the definition?

Peter

Paul

Wow, that's longer than many essays! I'll try;

"If a Schrodinger sphere actually exists in nature, and not just as a mathematical construction, what is it composed of and how does it actually function to produce that helical path? How can it be observed? In your theory what limits the speed of light to C?

The sphere surface is the plane wavefront of any signal. Imagine a supernove in space. The light travels at c in all directions creating a growing sphere (just one of a packed sequence of them). If it hasn't reached an obsever he hasn't yet seen it!

Now image a rotating 'photon' or pair of charges at any point. The propagation (translation) at 'c' produces the helix we find in Photonics at ALL points on the sphere surface. If the rotational axis does NOT orthogonal to the sphere surface we get elliptical polarity. As the sphere expands the radius of each orbit increases. However; 'c' is LOCAL so although the 'sphere expansion' rate is c (or 2c considering the whole thing) the speed round each local orbital path CANNOT increase so the orbital time increases.

Simple geometry shows this can produces cosmic redshift - WITHOUT requiring acceleration expenasion of the universe!

Back to 'c'. Propagation speed modulated locally by fermion interactions. If ALL fermions re-emit at c then we'll always FIND c locally so NO PROBLEM EXISTS which needs paradoxical mathematical gymnastics to solve!

"....How would this develop the complex molecular structure of RNA?". The 4 dots preceeding that sentence represent a lot of doctrinal assumptions. As in computors, it only takes one tiny original input or design flaw to make EVERYTHING it produces from then on illogical gobbledygook full of inconsistencies, anomalies and paradoxes . That's what's happened. Revert to my 'Discrete Field Model' etc essays 5 years ago onwards and the adjusted input removing all those inconsistencies, anomalies and paradoxes is explained. Any 'shear' perturbation of the condensate produces identiacal 'pairs', with reverse spin orientations (the 'Higgs process'). RNA is at a much larger scale with more complex 'proteins' but the fundamental structure is fractal.

"Generally in a recycling universe the big crunch destroys everything created in the previous cycle. How does your theory work in that respect and if things in some way survive from one cycle to the next what is the observational evidence of that?"

The (smaller fractal) galaxy model shows us best. Not quite ALL matter is recycled. Most is re-ionized (solving that one!) o and the old is mixed with the new, i.e the hypervelocity stars already spat out whole on the axis of our own AGN WON'T be re-ionized this time round. Same with the outermost halo matter seen in 'ring' galaxies. i.e. Google Centaurus A. (note also the helical form of the superluminal (collimated) jet outflows) A mass of evidence exists, identified in this paper; http://www.hadronicpress.com/issues/HJ/VOL36/HJ-36-6.pdf or Academia, or DOI: 10.13140/RG.2.1.4540.5603.

Enough for now.

Peter

Dear Peter,

I highly appreciate the excellent essay in the quest for classical quantum mechanics. Your thoughts are very close to me.

And I strive to fully understand the mechanisms of the universe «We do know physical motion and interactions exist, but we won't know if any algorithm is correct until we fully understand the mechanisms».

And I'm using «Non-linear 'layered ... ' architecture».

And for me the main «a more important point on self organisation»

Few people are constructively trying to find the answer to this question.

You are considering neural networks, but how do think your how works self-organization at the micro and macro level in a dynamic universe?

By what mechanism «'matter' condenses from the sub-matter continuum condensate energy on perturbation»?

And why, as a result of chaotic collisions in accelerators, are formed exactly identical particles, atoms or electrons?

Kind regards,

Vladimir

    Vladimir,

    Thank you for understanding and agreeing these important advancements in understanding. I look forward to reading your essay.

    "You are considering neural networks, but how do think your how works self-organization at the micro and macro level in a dynamic universe?"

    I've identified fractal toroidal self organization, the largest local toroid (whithin oblate spheroids) being our current the universe itself and the smallest in 'matter' as fermions (all the same but dipoles) then probably the same at quark and smaller as 'dark energy' continuum/condensate states. I've studied and published on the very visible example of galaxies (Active Galactic Nuclii) which has wide implications, including recycling cosmology, resolving a whole tranche of anomalies as well as allowing unification of relativity and QM.

    DOI: 10.13140/RG.2.1.4540.5603 and www.academia.edu/6655261/A_CYCLIC_MODEL_OF_GALAXY_EVOLUTION_WITH_BARS

    "By what mechanism «'matter' condenses from the sub-matter continuum condensate energy on perturbation»?" Most know it as the Higgs mechanism, but an additional macro 'spin state' as paired 3D vortices, which we know as electrons (wrongly thought of as different things 'positrons' when viewed from the other pole. The local concentrations of condensate energy cause a paucity in the vicinity which is maintained as an energy (or 'gravity') gradient or 'wave' until the 'matter' evaporates again.

    "And why, as a result of chaotic collisions in accelerators, are formed exactly identical particles, atoms or electrons?" As above really, by 'shear' force, and all fermions, which also hold & dissipate (so conserve) the high 'input' energy. I discuss this is an earlier essay, indeed many important aspects in essays from 2010 onwards, mainly as 'discrete field' dynamics. I suggested it'd be 2020 before it was 'visible' to doctrine (I'm an optimist!)

    Implicit derivation of Cosmic Redshift by local helical expansion without requiring accelerating inflation and other key aspects are in this video; Time Dependent Redshift http://youtu.be/KPsCp_S4cUs.

    There are many other papers on various aspects of the model. Last years here was seminal and scored top (but wasn't in the prizes). I'm not a mathematician and most do like their numbers and symbols!

    I'll put you essay at the top of my 'read' list.

    Peter

    Dear Peter,

    Thanks for the excellent answers to the questions. I got your work on ResearchGate and saw a wonderful film. Now I need to process all the information received and see the old essay, it's not easy - I'm sorry that I'm not an English speaker.

    I hope that the ideas in my essay will be interesting to you.

    A direct link to the ResearchGate file in your message does not work. For download I must first copy the link, then remove the extra. I came across this, you need to erase all the gaps between [link and /link] when building links.

    Kind regards,

    Vladimir

    Hi Peter,

    It is a pleasure to re-meet you in the FQXi Essay Competition. Once again, you wrote and intriguing and a bit provocative Essay, which I have read with pleasure. You deserves the highest score that I am going to give you. Good luck in the Contest!

    Cheers, Ch.

    Dear Peter,

    The fact that you answered me without resorting to abstract math and used visual examples of your concepts lets me know that you have greater visualization abilities than many in this world at this time. The next thing that I need to know is your current level of structural conceptual understanding.

    If you consider a line that extends out from the point of origin of a photon at the supernova and goes through the center of the photon, do you consider the photon's shape to be a rotating sphere traveling out away from the supernova along that line at the speed c, as an object that consists of one or more point objects that travel in an orbital pattern around that line while at the same time traveling at speed c in the direction of the line, or as some other form or shape?

    Do you consider the shape or form of the photon to just be the shape that the motions are traveling in and the motions are the real existence or do you consider the photon to have some other substance beyond just the motions that you mention? It looks like you are saying that the photon's size is increasing, so that it takes a longer time to complete one rotation on its axis. Is that the case? If that is the case then that size increase will grow very quickly due to the rapid increase in size of the wave front sphere with distance from the source. I could be wrong, but it would seem that this would result in a very great red shift even at a short distance from the source and in even 1 light year from the source the red shift would be very extreme, much more than is generally ever measured in light from actual stars.

    When a photon interacts with an electron in an atom, such that it causes the electron to go to the next higher level in the atom and in the process the photon disappears, what happens to the photon in your understanding? If the electron later drops back down into its normal lower level and in the process a photon is generated, where does the photon come from?

    What is the condensate made of and how does it create matter particles when shearing motion is added to it? Is it like the vacuum energy of quantum mechanics or something else? What is a real world example with actual observable data of how the identical pairs (such as 2 electrons) that you mention have actually been produced? Most of man's current data, that I have looked at, only talks about the production of a matter particle and its antiparticle in pair production.

    When you say that the fundamental structure of an RNA molecule is fractal, I am assuming that you are talking about the backbone structure of an RNA molecule being the same throughout the molecule and that the same small number of molecular structures are used to generate the stored codes (that contain the pattern and number of amino acids required to build each of the protein machines in the living creature) are also used throughout the molecule, but the important part of the structure, which is the actual coding for the structure of each protein machine is individual for that machine and can vary greatly from that of any of the other codes in its order of and pattern of the codons, etc. It is sort of like saying that a video disk with a movie recorded on it is just a simple disk of plastic with small holes burned in its substrate that are all the same size, etc. and not noticing the great variation of where those holes are positioned that generates the complex code that allows the generation of all of the images that make up the movie. The information is generally not fractal in structure. It is generating and storing the proper valid information of how each of the 200 or more protein machines that are needed to produce a very simple living creature with no errors that is difficult because there are too many possible code combinations that could be produced for the structure of each protein with only 1 of them actually being the valid 1 to ever produce the valid 1 by random self-assembly and the RNA molecule would not only have to get that one code right, but would also then need to do the same for each of the other 199 protein machine codes. If an error is made anywhere in any of those 200 codes, the RNA molecule would not work. Just the number of possible different protein machines that could be built that have an amino acid chain length of 100 amino acids, that could be coded for in the RNA molecule is more than 1 x 10^220. If you count all of those that have all of the other possible chain lengths the total is much greater than that. For comparison to that, it has been estimated that there are about 1 x 10^80 elementary matter particles in the universe. This means that if you could use all of the matter in the universe to try to self-assemble that RNA molecule, you could not produce a large enough portion of all of the possible ones to have any reasonable possibility of producing the one that you needed to use to make the first living creature.

    I looked at the paper that you provided the link to and I found the concept to be interesting. It would require the existence of various phenomena elements that have not actually been observed and proven by man, as far as I have seen so far. If we first look at its feasibility to actually produce your desired result of an infinitely recycling galaxy, I do find some apparent problems with the concept. First you say that the new galaxy that is produced during each cycle has a greater mass than the one from the previous cycle. It also looks like the cycle times have slowed down with each cycle. This would be expected to ionize the greater mass contained in each subsequent cycle. It would also be expected that as the accretion process progressed a point would be reached where the remaining matter that had not yet been accreted would not possess the power needed to keep the process going, so that it would die out without fully accreting all of the matter from the previous galaxy. Most of that left over matter would likely be higher elements that could not be fused in stars. It would mostly be located in the accretion zone of the new galaxy and would likely at least initially hinder the accretion of matter from the new galaxy. This would likely only be a temporary problem because the accretion flow would likely move that matter out of its path by interactions with the accreted particles, but it would be likely that some of these accreted particles would be converted into heavier atoms that could not be fused in the process. This heavy matter would likely remain in the plane of the previous galaxy and would then become part of the galaxy of the next cycle. It would mostly be near the center of that galaxy and could interfere with the production of long life stars in that area, which could interfere with the production of the power needed for the new accretion cycle. These types of things could add to the overall increase in the cycle times over many cycle generations. The big problem that I see is that as the cycle time increases over many cycles, it would get to the point that it would be longer than the lifetime of most of the stars in the current galaxy. This would cause a loss of power to the accretion process that would result in a greater portion of the galaxy's matter content not being accreted. All of this unusable matter would continue to build up over many cycles to the point that the amount of accretion that would be produced by a cycle would not be enough to produce a new functional galaxy. The process would then end either in a very big black hole or in a very super supernova type explosion or both, which would then end that galaxy. If it ended in a black hole all of that matter would ultimately be reradiated in the form of gamma radiation according to most of man's current theories. If it ended in the explosion, it would result in much of that matter being converted into higher mass matter even up to and including uranium by the explosion. This matter would then be spread out in space over time and could be taken into and cause problems in other galaxies. After all of the galaxies died out, the remaining matter would ultimately be drawn into black holes and be converted into gamma radiation. Over time this gamma radiation would be red shifted by interactions with sub-energy particles until it all was transformed into sub-energy particles. Over a very long time the sub-energy particles would interact with each other until they all had the same speed in the same direction and all interactions in the universe would cease. That is the ultimate result of entropy. I will stop there for this time, so as not to get concepts scattered too widely.

    Sincerely,

    Paul

    Dear Peter

    I have read through your essay wherein you weave so many concepts, each is rather specialized and beyond my expertise. It is impressive nevertheless and judging from the comments above has provided food for serious thought. In addition, unlike my essay, you have remained faithful to the fqxi essay question, so that in itself is something, as I and many others seem to have found "mindless mathematics..etc" somewhat baffling and ill-posed.

    For myself of the three possible ideas you say a mind can take in at once, I have studies fermion number density, also Einstein's 1954 essay on space which I have read with interest.

    The third item is still to be selected from the rich topics you have presented! Perhaps the spinning spheres - yes that is interesting for me.

    Best wishes both in and off the contest!

    Vladimir

    Peter, I am not going to pretend to understand the physics underlying your paper but the three points that stand out that (1) we are wandering in the dark; (2) there is no way for us to determine whether there is a supreme being; and (3)that further human evolution will be volitional.

    The last point struck me as exceptional and resonated most. As Vladimir Rogozhin pointed out in his 2/16 post, thinkers such as Edmund Husserl indicate a way of looking at the world that simultaneously work from the I that witnesses and a subjective Self that seamlessly synthesizes in sync with a pulsating Chaosmos. Here, East meets West with Husserl's practices of bracketing and flattening, the Sufi Dhikr Allah (remembrance of God) Allah - Hu performed with each inhalation/exhalation, Deleuze's notions of immanence, temporality, and Univocity, as well as the full spectrum of various spiritual exercises that seek to still the mind in pursuit of truth, or as Prophet Muhammad supplicated, to be shown things as they are. This approach comports with Gödel's incompleteness theory and its variants.

    If I understand you correctly, the next phase of human evolution will not consist of a grand unification theory that further alienates the mind from its character of embedded and embodied being, but in approaching Being through the direct vision of the pre-linguistic/pre-individual self.

    Best,

    Kevin James

    Paul,

    I've now read through all your comments, needing another essay to answer. I saw nothing I disagreed with, but I'll try to take your latest points above.

    "If you consider a line that extends out from the point of origin of a photon at the supernova and goes through the center of the photon, do you consider the photon's shape to be a rotating sphere traveling out away from the supernova along that line at the speed c, as an object that consists of one or more point objects that travel in an orbital pattern around that line while at the same time traveling at speed c in the direction of the line, or as some other form or shape?"

    No2 is closest, but the path has 'helicity', the radius expands and the dynamics are fractal, so maybe better described as toroidal (perhaps twin helices for electrons). 'Particle like' when 'detected' (from ahead) and a 'wavelike' track if 'observed while going past' (impossible of course). The 'speed c away from the supernova' also becomes increasingly unlikely due to interactions/ requantizations at c in the centre of mass frame by quanta in some other state of motion ('inertial frame').

    Do you consider the shape or form of the photon to just be the shape that the motions are traveling in and the motions are the real existence or do you consider the photon to have some other substance beyond just the motions that you mention? It looks like you are saying that the photon's size is increasing, so that it takes a longer time to complete one rotation on its axis. Is that the case? If that is the case then that size increase will grow very quickly due to the rapid increase in size of the wave front sphere with distance from the source. I could be wrong, but it would seem that this would result in a very great red shift even at a short distance from the source and in even 1 light year from the source the red shift would be very extreme, much more than is generally ever measured in light from actual stars.

    Yes, and should only be problematic if you don't account for requantizations.

    When a photon interacts with an electron in an atom..." Good question. I haven't yet thought about possible answers.

    "What is the condensate made of and how does it create matter particles when shearing motion is added to it? Is it like the vacuum energy of quantum mechanics or something else? What is a real world example with actual observable data of how the identical pairs (such as 2 electrons) that you mention have actually been produced? Most of man's current data, that I have looked at, only talks about the production of a matter particle and its antiparticle in pair production."

    Just run your finger through water. But don't be fooled by the (easier to observe) surface boundary dynamics. The 'vortices' are 3D. In a 'vacuum' they're made of 'Comprathene'. A silly answer 'medium' I invented long ago to demonstrate the silly question. It's really just fractal spin states, like water and turtles - 'all the way down'. The 'bottom' is well beyond the capability of slow motion giants line mankind the even conceive let alone 'see'. ('antiparticles' are nonsense, just the tail of the 'heads' or yang of the ying)

    "When you say that the fundamental structure of an RNA molecule is fractal..."

    Macro 'effects' can emerge at any 'scale' in the fractal sequence (How could/why should they not?) and interact ('couple') with other dynamics at that scale. Something else shocking; NO one protean should be precisely identical to any one other in the universe! Like grains of sand and snowflakes at our scale, stem cells, atoms & fermions.. etc. At some 'higher order' (I prefer; 'smaller scale') that may cease being true, but god only knows where!

    "I looked at the paper that you provided the link to and I found the concept to be interesting. It would require the existence of various phenomena elements that have not actually been observed and proven by man, as far as I have seen so far"

    You just need to look a little further, but little further than the Plank probe, the HubbleST and the annals of the MNRAS for instance. The secret is to discern and recognise what perhaps even the author hasn't from the findings, often by making unseen connections. All I describe is consistent with findings, and well referenced. The model only 'resolves' anomalous findings, and many of them! What 'new' mechanism do we need to see?' If we see shots of two cars heading for each other, then one of two mangled messes spinning away from each other, do we need some new physics just because out model suggests they may NOT have passed through each other as current theory suggests!

    " ...the remaining matter that had not yet been accreted would not possess the power needed to keep the process going," Correct. The new AGN is 'born' on the orthogonal axis and a host of anomalus older stars in holo's and sattelite galaxies etc etc and explained along with the orthogonal outer rotation.

    " The big problem that I see is that as the cycle time increases over many cycles, it would get to the point that it would be longer than the lifetime of most of the stars in the current galaxy." that may be true, but by that time the larger fractal has long started recycling the whole lot anyway! (maybe another 15Gyr). Or if not, then sure, a supernova may result. Whichever way, the greater majority of the matter seems to be re-ionized each time. I don't like unsupported assumptions and think you may have been getting into a few towards the end there!

    I hope that helps your understanding of the model. Do take up the references to see the massive and wide gamut of anomalies and paradoxes the model can resolve!

    Perhaps more importantly it's fits into the great jigsaw puzzle with other pieces that do the same; i.e. uniting relativity and SR, and all ultra Occam!

    Best

    peter