Hi Peter, Thank you for your reply. I will try to respond to your points.

What consequences does it have for a detailed mathematical model? I prefer to use the term 'medium of spacetime' rather than 'material ether' to describe the medium for wave propagation. This highlights the point that the detailed mathematical equations describing wave propagation in the medium must be derived from General Relativity. The main consequence in getting the description correct at the top level is that when we come to apply the mathematics we understand the link between the description and the maths. The most important consequence is the 'follow on' hypothesis that (since light is emitted when an electron changes state) an electron must comprise spacetime wave energy in a closed loop.

The waves in spacetime page is explaining how a spacetime wave (wave of changing space curvature) also has wave variation in the time dimension and this accounts for the property of electric charge. How do the waves propagate? The idea is that the energy in the wave comprises local changes in spacetime curvature which propagate at the speed of light. I have a reference from the book "General Theory of Relativity" by P.A.M Dirac (p64) in which a solution to the GR equations is found which satisfies the d'Alembert equation and its solution will be waves travelling with the velocity of light.

Regarding the stochasticity (the quality of lacking any predictable order or plan) of our experimental results: The key point here is that the wave motion is fully predictable. It is only when we try to detect something or make a measurement that the probability effects come into play. The outcome of an experiment is the interaction between the wave and the detector. The quantum nature of light is not conceptually incompatible with the wave nature since we can have wave quanta comprising specific energy and wavelength.

Richard

Tom,

Afraid I do believe it. There is an old saying I took to heart many years ago; "The more you know, the more you know you don't know." To wit, as our horizons expand, so to does our appreciation of what lays over them. More volume=more surface area.

I don't doubt the power and necessity of imagination, but then we test such speculation against what is possible. Having had my share of dreams dashed, I am somewhat conservative in what I get my hopes up over. Possibilities collapse into actualities.

I'm sure if I studied the world of financial derivatives, I'd have more respect for how well they have been constructed, in order to support over a quatrillion dollars worth of financial side bets, on a 60 trillion dollar world economy, but I think I will just sit back and consider it in general terms.

Regards,

John M

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Since Zeeya opened the floor to use her recent Nature article (which was excellent, BTW) as a springboard -- I would like to comment on what I think are the most promising research directions in the figure titled "Fabric of Reality", and why:

The figure's "clue" -- describing the mechanics of Hawking radiation -- constrains our physics of information to a one-dimension channel, a phenomenon already made viable by Bekenstein and Mayo*. If we accept the premise, there really is no foundational assumption that is not mediated by thermodynamics and general relativity. This would rule out relational theories that are dependent on sets of neighboring spacetime points (e.g., E8 symmetry; causal dynamic triangulation; causal sets; loop quantum gravity) in favor of self-interacting relations among evolving states of spacetime (e.g., shape dynamics of Barbour, et al; evolving block universe of Ellis) where distant causality is not obviated by neighboring events.

It is this feature most of all (the prospect of eliminating the distance measure while preserving locality) that convinces me Joy Christian's framework of quantum correlations is true, because the only way we get to a general theory of quantum correlations is through a topological model. Why? -- the only way to orient a surface non-arbitrarily is by compactification; we get the simplest Riemann sphere S^3 by compactifying the complex plane with a simple pole at infinity. Therefore, the parallelization of spheres which admit a division algebra, S^0 (the line), S^1 (the plane), S^3 (hyperplane or quaternionic space) and S^7 (octonionic space) have a connected and simply connected structure that begs not just the strong correlations of quantum mechanics, but also (as Joy has emphasized) all quantum correlations; in other words, where there are two relative states, there are three definite states (I'm working on a proof of this from number theory). Joy has properly identified one of the three definite states as independent of two observers, giving the random result ( 1 or - 1) a role in determining the observer states.

It is fortuitous that Joy (with Chantal Roth's programming) has produced a 2-dimension graph of extra-dimensional correlations at a time when the field of quantum computing is in the birth pangs of deciding whether quantum entanglement is a necessary feature of quantum computability. If Christian is right and quantum entanglement is an illusion, any effort to build scalable quantum computers will have to take a different theoretical direction ...

Which gives me the welcome opportunity to reference another Zeeya Merali Nature article, from 2011, "The Power of Discord." This phenomenon strengthens Christian's case, because as Andrew White says in the article, "Even when you have a system with just a tiny fraction of purity, that is vanishingly close to classical, it still has (computational) power ..." disappearing only when the system's measure of discord reaches zero. Christian's measure schema also incorporates the randomization of quantum values to produce correlated values by averaging over many experimental runs.

Bottom line for now is, it remains to be seen, that there is no boundary between classical continuous functions and discrete quantum functions from the black hole extreme to the stately cosmos as a whole, and every scale in between. I've not been shy of offering my own finding that locality, the core of general relativity, is not harmed by converting Einstein's theory from one that is finite in time and unbounded in space -- to a structure finite in space and unbounded in time. I have no doubt that Joy Christian's introduction of topology to quantum correlations, which supports this view, will be recognized for the brilliant stroke that it is.

Tom

*Bekenstein, J. & Mayo, A. "Black Holes are One-Dimensional." General Relativity and Gravitation 33;12, December (2001)

    Still paying dues to the login gremlins. 'Twas I.

    Tom

    "More volume=more surface area."

    Prove it.

    You'll never win your argument with a physicist, John. She starts with a possibility space. You always begin with an impossibility space.

    Tom

    Zeeya, it would seem that it might be a small fix for the login gremlins would be to show the username with which a post will appear next to the comment entry box, or else to show "Anonymous". It seems reasonable to log someone out after a period of time, but to do it silently seems to cause problems, three times on this topic alone. Best, PeterWM.

    • [deleted]

    John M,

    I appreciate you using the letters M behind John. Avoiding confusion is more important than politeness. I am signing my posts because the login is not reliable. A distinction between Peter J and Peter M is certainly also recommendable.

    I will not discuss with Richard Lewis because his terminology "Spacetime Waves" is considerably at variance with the notions I am using. I wonder if he seriously dealt with Michelson.

    You asked: "Doesn't "The speed of light" refer to a measurement?"

    I see c as a measurable spatial distance divided by the measurable within the same system time of flight and also as a basic constant that relates epsilon_0 and my_0.

    You argued: "if your measuring device is traveling at the speed of light, all internal action is stopped, thus its clock is stopped, so it measures everything, even light going the other direction, as zero time."

    Measuring the speed of light requires a known distance between the emitter at the moment of emission and the receiver at the moment of arrival. Yes, if the receiver does never receive the signal then there is neither a measurable distance nor a measurable time of flight. Infinity divided by infinity is undefined, not zero.

    You added the question: Wouldn't "Only an external viewer"..."see them as approaching each other at 2c"?

    You did almost get my point. I wrote: "The speed with which two wavefronts, that are propagating in opposite directions, increase their distance is 2c." In my understanding, the speed of light has nothing to do with any observer unless the notion observer means the receiver, and each of the both wavefronts in line belongs to a different receiver. Einstein's rather anthropic notion "observer" is unnecessary and should be avoided. The speed I referred to is a fiction. The propagation of the two light signals can be imagined but not be seen at all.

    The limitation to c does only apply for the propagation of something real from one emitter to one belonging receiver.

    One has to arbitrarily choose only a single frame of reference in space to which all other points must be related. That's why only relative positions in space are relevant. Michelson disproved the absolute space. See my endnotes.

    Regards,

    Eckard

    PeterJ, do you have a link to your "I showed why mathematics can't yet model nature"? Perhaps you could indicate here whether we can have classes of approximate models, several examples of which I suppose we do have already (Newton, Maxwell, GR, QM, LEGO, Meccano, etc.), in which case I'll be happy enough not to care what you say about "perfect" models. Despite the mathematics of the paper I attached above, I'm no "mathematicist", useful engineering is good enough for me.

    Nonlinearity has become awkward in QM since it became clear that the nonlinear schrodinger equation is problematic, very briefly put because of "unitarity". I wonder if it's clear to you how the kind of nonlinearity I introduce in the paper I attached above is careful to avoid that issue? I have a feeling that it may be obscure to someone not steeped in QFT, so I'd like to know. Thx. PeterWM.

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    I believe the solution to the "reality" problem is completely solvable via a combination of Thermodynamics and the properties of special relativity. I have formulated a physical theory which as an extension to GR, would make it completely compatible with Quantum Mechanics and then simultaneously provide a solution to every paradox with which I am familiar (superposition {see my topic/scope limited bit-from-it essay}, double slit, entanglement, mass, getting something from nothing, dark matter, dark energy, etc..). What's more, being a physical model of structure for our reality, it will make real testable predictions, such as the impending and inevitable big crunch.

    Publishing my work is unfortunately quagmired by the fact that I still need to develop the complete mathematics before my institution would seem to support me in publishing anything. I'm not a mathematician and I seem to be surrounded by engineers with the 'shut up and calculate' mentality unfortunately, and without the theoretical math to back up my work it's clearly going nowhere any time soon. At the very least I feel I need to get these ideas out on the table for everyone to think about, with or without the mathematical basis nailed down. I just don't know how to get anything published on my own, at least in a place that anybody might actually read. Suggestions on how best to move forward are always welcome.

    If anyone out there considers themselves an excellent mathematician and is open to some fresh ideas then please do contact me off line (Steve dot Coleman at jhuapl dot edu). I have an idea of how things work but really need someone with expertise in Thermodynamics, Maxwell's, and Einstein field equations, to help me build a software simulation model (I'm a software engineer by trade) to analyse and actually demonstrate that it all works correctly. The quantum world should exactly predict our observations such as the galactic rotation curves (aka dark matter) and excess redshift (aka dark energy) under this model. I don't see how it could do anything else but.

      My apologies, FQXi somehow logged me out before I posted the above.

      Tom,

      I'm trying to find a little clarity. You seem intent on proving anything I say wrong. I don't really mind it, but it seems unproductive. In what circumstance doesn't greater volume mean greater surface area?

      Regards,

      John M

      "In what circumstance doesn't greater volume mean greater surface area?"

      That's easy to answer, isn't it, John? The hard question is why you're convinced it *couldn't* be true otherwise. Try the important questions for a change. You will thank yourself.

      Best,

      Tom

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      Peter,

      This reminds me of an observation I made yesterday; For every thought, there is an equal and opposite thought. ;-)

      We seem to be on opposite sides of this issue. I see space as foundational and time as emergent. As you are firmly set in your model and you have heard my arguments about time more than enough, I'll not belabor the issue, other than to give a plea for more respect for space;

      Everyone wants to dismiss it as some abstraction, or emergent, or just a product of measurement, or action or some other such reason, yet look out at the sky at night! The distances involved, the volume manifest reduce entire galaxies and galaxy clusters to nothing more than smudges.

      We think we explain it as all popping out of some hat less than 14 billion years ago, but as I keep pointing out, how can we say "space expands," yet retain a constant speed of light? Isn't "Space what you measure with a ruler?" If we are still going to denominate the distance between expanding points of reference in the constant of lightspeed, then that is only increased distance, not expanding space. The denominator is the unit of measure. What it is "denominated" in!! How hard is that to figure out?

      You say it is only the frame, so could we have two frames, both holding dynamic realities, passing each other at the speed of light?

      What about the space station in the movie 2001: A Space Odyssey; It is a frame and it is not accelerating, so where does the centrifugal force causing the gravitational effect come from, if not because of the movement of that frame relative to some more elemental inertial space/unbounded frame?

      No, space doesn't have anything we can really hold onto and focus on and we really like things that get our attention, but is that an issue with us, or with space?

      Eckard,

      I think you and I are on the same page here, but my brain gets tied in so many knots, trying to figure out what others are saying, what their assumptions and or models are, how they are interpreting me, etc, that it's wonder I can still think.

      I see it as infinite, inertial space, with stuff moving about. Positive/negative, expanding/contracting. Most everything else is effect and aspect.

      I wish they would change the logout until one actually logs out.

      Regards,

      John M

      Tom,

      I'm not convinced it couldn't, that's why I asked. If it isn't obvious, I am a fairly basic sort of person and tend to see the reasonable. While things are not always so simple, it is a fairly reliable assumption, but I am certainly capable of accepting there will always be a lot I don't know.

      Regards,

      John M

      E. to John M,

      Your entire post addressed me too. I reiterate my argument that the so called inertial frame is always arbitrarily chosen and excludes to simultaneously choose one more frame. This does not mean that the chosen frame is a priori a preferred one. Every choice is equally possible.

      Accordingly, it seems to me not justified to imagine space like a sphere that can expand. I support your argument: "how can we say "space expands, yet retain a constant speed of light? Isn't space what you measure with a ruler?" Maybe, we are both too stupid as to understand the mainstream. However, I doubt this possibility because the theories that Tom failed to understandably defend did obviously arise from quite ordinary but questionable reasoning.

      I reiterate my hope for revelations of embarrassing mistakes like in case of NSU in Germany.

      Regards,

      Eckard

      Eckard,

      It seems a fact of nature that crowds of people can get away with stuff that would not be tolerated, or at best laughed off, if it was just by one person. The feedback loops can created some powerful social weather systems, but eventually they cool and fade.

      Regards,

      John M

      John,

      You'll see no-one has more respect for space than I by re-reading my last years essay!! You certainly need to read my posts more slowly to avoid jumping to assumptions that aren't there, and to derive the main point, which you didn't do.

      Accepting space as 'real' and so 'distance' as a fundamental in no way conflicts with my highly falsified derivation of universal time. A close colleague of mine owns a company supplying weapon crystal oscillators. In your universe the oscillators would change speed if the missile is doing some 'different' speed (to the plane, air or hangar??) in which case the telemetry would be seriously compromised. The fact is that they DO NOT! The Hafele-Keating result has been falsified John. It WAS false, as Hafele himself said. (Basudeba reproduces a full explanation in his essay blog).

      You said; "As you are firmly set in your model... ...I'll not belabor the issue, other than to give a plea for more respect for space;"

      I've shown the 2nd assumption is wrong. So is the first. The model is evolving all the time entirely in line with empirical evidence. As I've sad before what I'm trying to do is to falsify it, i.e. to test all parts to destruction SCIENTIFICALLY! It's a little frustrating when people just come back and say their beliefs are different and think that's somehow the same. It isn't. Very VERY far from it.

      I've cited endless empirical and epistemological evidence and derived consistent logic. I also study and analyse all apparently conflicting evidence offered. None has stood up. Just a touch of respect for that might be nice! i.e. comment on the actual evidence I offer instead of just repeating prior beliefs, which you wrongly accuse me of. You may feel you can ignore apparent evidence. I don't. I don't understand why that is dismissed. Am I wrong?

      Two more interesting findings supporting discrete field ontology have just been published; Fists findings of 'apparent' superluminal motion, from NASA Mayer HST 2013 superluminal confirmation paper, and Fermi; MNRAS Paper confiming up to apparent 46c.

      Also findings from the new VLBA of lensing in the ISM via refraction from moving plasma, exactly as the DFM predicted (see 2011 essay; '2020 vision').

      Any comments on the important actual implications for science?

      Peter

      " ... there will always be a lot I don't know."

      Is that quantity identical to what you can't know?

      Steve,

      Not uncommon. I've proposed a 'slow down and think' era to replace 'shut up and calculate'. Your theory sounded as if it has commonalities with the model of discrete fields I've successfully developed in my last 3 essays here, but reading it I find it seems not to. I'm not sure how I missed your essay this year, I did my best but only managed abut 2/3rd! To save me checking a very long list, did you read and comment on mine?

      May I also ask, if there were TWO pairs space buoys side by side, and before the ship passed by the string was cut. Would one set contract and one not? If both, then I assume all space also contracts, so the theory may seem to becomes paradoxical and non predictive.

      In fact I find I disagree with the starting assumptions that; 1 Any 'body' can reach ~c, and 2, That anything can be 'measured' except by direct interaction. My essays construct the coherent logic of that if you wish to read them. Do give me your views.

      Best wishes

      Peter