Holushko's work is *inclusive* of any sort of medium interacting with the photons, even what you're calling VP's from an ordinary EM field.
Except that his Gaussian distribution for photon travel time would be completely wrong for the VP example. We are talking an immensely distant photon origin and seeing almost no deviation in travel time despite a significant redshift (z = 0.9).
You just don't like the implication of the comparison of VP's to a medium because it's uncomfortable to you. They are particles that interact with, and slow down the travel time of the photon, just like in Holushko's *inclusive*, not exclusive model.
It's uncomfortable because it's
wrong, a reaction that you seemingly are incapable of having.
It is a medium who's density very much depends upon the density of the EM fields, etc, and that interacts with photons and changes the travel time from point to point.
And that is incompatible with GR, even Einstein understood that, as I shall show a bit later on in the post.
You can try to tap dance around that fact all you like, but it's a *variable medium* composed of EM field carrier particles. Cue Brillioun scattering and every other EM field effect known to humanity.
So why isn't redshift variable over time, fluctuating constantly? Why is redshift wavelength independent in cosmological observations, when all the components you have suggested do not exhibit that characteristic? Why is it Doppler-like?
You're just "uptight' because you don't like the fact that Holushko's work is *inclusive* of all inelastic scattering effects, even interactions with the EM carrier particle.
In your dreams. He doesn't demonstrate that and neither have you. Perhaps you'd care to demonstrate where a femtosecond magnitude of delay is applicable to his Gaussian distribution for photon travel time for a photon propagating from z = 0.9, for a single example?
Nowhere in his actual *paper* does Holushko claim that GR is inapplicable. That is again something you're 'reading into' his work all on your own. Keep your facts straight.
Let's put it another way he proposes an aether that would be capable of motion: this is incompatible with GR (and SR, for that matter). Einstein himself pointed out that you could consider the vacuum 'an aether' of sorts simply because if it did not exist there could be no concept of propagation (since this implies a change of coordinates within that concept). He also pointed that in Minkowskian terms, "not every extended conformation in the four-dimensional world can be regarded as composed of world-threads." I quote further:
"Recapitulating, we may say that according to the general theory of relativity space is endowed with physical qualities; in this sense, therefore, there exists an ether. According to the general theory of relativity space without ether is unthinkable; for in such space there not only would be no propagation of light, but also no possibility of existence for standards of space and time (measuring-rods and clocks), nor therefore any space-time intervals in the physical sense. But this ether may not be thought of as endowed with the quality characteristic of ponderable media, as consisting of parts which may be tracked through time. The idea of motion may not be applied to it."
Holushko's proposes that his aether would have temperature of 2.723 Kelvin, namely the temperature of the CMB. To have temperature implies motion within time which would imply "world-thread composition", that is a change over time, and he further says of his aether "its physical properties are not constant, they may fluctuate; therefore, the speed of light in a vacuum is not a fundamental constant."
If you really cannot see why Holushko's ideas are not compatible with GR, and that when he says the speed of light is not a fundamental constant that is at odds with SR, then you know nothing about this subject and further discussion is a waste of time. Sorry. You're pointing at blue and saying "look, red!".
The "math" related to an electric universe (not your pitifully sterile nonsense) is ultimately going to be "postdicted" (as Holushko did it) in order to fit the observation.
That's good for starters, only an idiot makes up equations that don't fit current observations.
Don't complain about postdiction since you folks do it *constantly*.
AS I said, only an idiot makes up equations that don't fit present observations, so you won't hear such a "postdiction" complaint from me. Nor have you ever. The only person who's
ever complained about postdictions that I can see on this board...is...er...you. Oops.
You're just miffed because Holushko's model actually works and it even makes a few unique predictions in terms of travel time variation of photons at higher energy states.
Such as? As far as I can see it they're unique because they're wrong.
The math isn't "generic", it's quite specific
You're the one who calls it "generic" math, not me.
Because it's wrong.
The model...which is a mathematical model, built entirely with er...math...
It *includes* all kinds of inelastic scattering effects
Does it predict a wavelength and specially independent redshift as observed in the real universe? Oops. No.
and in fact all types of "tired light" effects including VP interactions.
Only in your mind are VP interactions proven to be "tired light" effect. Nice attempt to slip at best a fanciful idea into a web of words as if it were proven fact. Nobody has suggested this with a mathematical model, nor have they done so in a "lab", so why are you citing this idea as fact?
You simply hear what you wish to hear
No, that's you.
throw away perfectly good math on a whim
No, that's you, except it's not a whim, it's a lack of any mathematical understanding so far demonstrated...
and put the term 'garbage' on anything that annoys you.
Wrong math = garbage. It's less useful than garbage, because at least you can recycle garbage.
Those VP's are acting like an aether in the sense that the interact with the photons.
Prove it. A mathematical model, at least, that suggests VPs can redshift photons. Please.
Nope. I"m sticking with Holuhsko's mathematical *postidictions* as written.
Can you show me a single successful
prediction of his math?
The VP interactions you cite are no doubt based upon a whole host of assumptions about the nature and makeup of a *non electric* universe that is nothing like 'reality'.
Word salad there. Nonsense.
I'm sure it's comforting to you to believe that is the case, but it's not.
It would hardly be comforting if the math didn't add up, which is what you are saying. That we're all wrong. Delusional, I guess.
How so? When did that happen?
When nobody was able to repeat the MAGIC findings and there were repeated measurements of gamma ray bursts at distant redshifts. It wasn't just that one photon...sorry. Similar readings of numerous other gamma ray bursts have been taken (it's just that that one was a particularly good example, being such high energy and so distant).
http://arxiv.org/pdf/1301.5367v1.pdf
I havent' read it yet, but from reading the abstract on a *theoretical* prospect, I admit that I don't understand how it helps your case. ????
Yeah, I guess you
wouldn't understand why limitations on photon travel time fluctuation observations as demonstrated and theorized would be important evidence for this subject...unsurprising. Do you really not understand why if, say, Holushko was right, or Ashmore, we should observe consistent delays in high energy photons, without exceptions?
Oh please! They saw exactly *one* high energy photon, it didn't perfectly align with any of the *7* (not one) pulses they observed and the *arbitrarily assumed* it came from the last one, even though the was a delay between it's arrival and the last peak! I've already been through the 'miracle of a single photon paper' with you.
So there we have it. You had a preconceived idea, you matched *one* (and only one) to the *closest* thing you could make it fit, and then *fudged* the last little bit, and call it a "source effect". Right.
Oh the irony. You forgot how a) you propose throwing out the cosmological principle because of precisely ONE paper on ONE potential structure that might be above the Yadav limitations b) you propose entirely new physics from just ONE paper (MAGIC) suggesting delayed high energy photons and yet now, you're suggesting caution based on a single reading, because hey, single readings do not science make?
And to the salient point - no, it's not just one reading, as I just pointed out, that was just a particularly good one (high redshift and high energy and yet no apparent delay, massively constraining any theory which proposes photon travel time fluctuations...including Holushko!).
Note that it was *entirely random* in terms of assigning that high energy photon the last of the 7 spikes, it wasn't the most powerful spike, and it still didn't fit with your preconceived ideas so you have to *fake it* at the source!
Er...note that it
wasn't actually random at all, but you just don't understand the bit of the paper that points out that they considered that point VERY carefully. Read page 16 again, particular the reasoning for choice of T_start and see that they actually showed the results for the entire range of possible emission times.
Funny how you rule out source effects in one breath, right after claiming it was 'source effects' that did it when it suits you. Amazing!
Because that's what the paper successfully does, taking into account different possibilities for T_start and showing the constraints from each standpoint. Even with the most conservative estimate for T_start (putting it as part of a different spike) it still constrains the possibility for fluctuations in photon travel time to almost zero and well beyond any predictions made by Holushko (and many quantum gravity theories, by the way).
Of course if we looked at your *ONE MAGIC PHOTON* paper, it's also easy to see how it may have come from any one of the other 7 spikes the observed and ended up with a similar delay as the one seen in the MAGIC data.
Is that true? No. You're not doing well today.
The MAGIC data from Markarian 501 showed a delay of 4 minutes at a redshift of z = 0.03.
How long apart were the 7 spikes? That's right. See page 17. That would be...er...
2 seconds. This was 16 times further away, at a redshift of z = 0.9.
The 31Gev photon arrived before even 1 second of the burst. So unless you're proposing a source effect that
accelerated the photon ahead of the others...as well as redshifting it...I fail to see why you think "source" effects apply in the same way, there's only a 1 second window in which it could have been emitted.
The worst case in the list on p.16 is (a), the most conservative option. Anything more would mean that the photon got accelerated somehow and arrived early. Unlikely...
That A) isn't an 'experiment' with actual control mechanisms, it's an uncontrolled *observation*.
Which is why theory and computer simulations are perfectly valid controls for any astronomical observation. What exactly would you propose as a
control for an astronomical observation?
Do you dispute
every astronomical observation ever made for that reason? "Pluto doesn't exist, you don't have a
control in the experiment that says it does!".
Ridiculous.
That *single photon* could have come from *any* of the more powerful spikes.
Mmmm,
not quite...it could have come from t_start (a) through (d), which is why they consider all those scenarios with multiple t_start possibilities, which you failed to notice. Page 16. The other spikes are at different energy levels (page 17) and if you don't know why you quite naturally wouldn't associate a 31GeV photon with a reading at a completely different energy level then there's literally no hope for you.
The only reason they *assumed* it came from the last one was because that "came closest' to fitting with their own *preconceived theory*!
Actually, wrong again. They give four possible t_starts including all of the spikes that match the energy level and the entire time constraint possible (0.859 seconds). Anybody who reads page 16 would realise that, provided they understood what that page says, of course. I guess you didn't.
If you handed me a paper that was based on showing 100 high energy photons and the 7 spikes in that data set that all lined up with the spikes in the lower energy band, you'd have a right to gloat.
Here's some more corroborating GRB data:
http://arxiv.org/pdf/1301.5367v1.pdf
By the way, I'm assuming you have lots of other data backing up the MAGIC observations with similar time delays shown....no? Mmmm?
Nothing, you say? Oh dear. Not a single thing? No. Poor you.