No, the only thing you can "confirm" in uncontrolled observations is that photon redshift happens.
What
is the cosmological control in your opinion? I address this again a bit further down, but saying we have no control is like the pot calling the kettle black, since within the same manner of criticism, tired light papers have no "control".
In actuality the objection makes no sense; the control is obviously a hypothetical universe model without expansion, and we test said against observation. Within a tired light theory I suppose you could say the control is a hypothetical universe with expansion.
Either way, the objection is meaningless both in terms of your own theory and the mainstream theory, so perhaps you should stop talking about 'controls'.
Why it happens or *how* it physically happens is something you're simply 'assuming' in your dark sky religion. It's not even a 'good' religion since none of it can possibly falsify the belief system. Not even "structures" that should not exist in mainstream inflation theory, that are *observed in space* can falsify the religion of inflation.
It's interesting within the frame of reference of a simplified FLRW space-time metric that we see such an anisotropy, but it's very far from a falsification of inflation.
One wishes that the field equations of our universe could have simple exact solutions - they
may still do, but it's vastly too early to tell.
In *which* controlled lab experiment do we observe "acceleration expansion"?
Ignoring your 'control' misnomer once again, and assuming an Earth-bound laboratory built of bricks and mortar as you probably are, the answer is probably none; because as you may or may not know, the considerably stronger effects of the stress-energy tensor inherent with the presence of said matter
precludes the observation of the expansion of the cosmos.
That's at the heart of GR space-time metrics -
local effects are vastly stronger. To even ask, as you like to repeatedly, for a "bricks and mortar" experiment, demonstrates a misunderstanding or ignorance of GR, but since you don't have a physics degree (I'm guessing) I can see why you'd make that mistake. Simply put, unless you have an "antigravity machine" of some sort, it's not going to happen on Earth by the very definition of the theory itself.
There
are indirect experiments that have been proposed, but they're not wholly convincing yet as constructs.
All we observe from space is "redshifted photons" which you subjectively *interpret* as expansion and acceleration. You've shown no actual cause/effect relationships between expansion and inflation and dark energy anymore than I can demonstrate a cause/effect link between "Godflation" and "God energy' and that same accelerated expansion. You can't even eliminate all other redshift interpretations.
Like which? You've not got a
single lab experiment demonstrating a redshifting effect that is specially and wavelength independent. You've not even got a dependent one that isn't induced with very specific conditions (eg. lasers), even if that could even be 'part of' the observed cosmological effect, which it can't, because of said independence, which is acknowledged by every tired light paper I've seen as well as by every measurement of the cosmological redshift I've seen.
It's nothing but a "God energy of the gaps did it argument". You never redshifted a single real photon in lab using God energy or dark energy or any other "unseen energy".
The clear difference is that "gravity" shows up in real labs on Earth, whereas your trio of impotent invisible entities do not.
You repeat this 'lab" assertion, over and over, like it's a) clever b) a problem or c) demonstrating any understanding of the theory you dislike so much. It is
none of those things. Please see above again for why the expansion of the cosmos is probably inobservable within a bricks and mortar 'lab'.
Even you best images you could find tell us a very different story than the one you are telling. They are nothing but blurred, smudged little dots, not the "crisp and clear" images you promised us.
Please point to
any distant galaxy you like and explain why, within the resolution of the telescope, we should be able to obtain a
clearer image, but because of the supposed "blurring" due to non-zero inelastic scattering angles induced in the redshifting of the photons in your theory, we can't.
A single image of a distant galaxy where the resolution of the telescope
should allow for a better image will suffice, with simple mathematics showing the excess resolution that is supposedly available as regards the proposed distance to the object and the focal characteristics of the telescope.
Nope. No control, therefore no evidence. All you have evidence of is "inelastic scattering" and photon redshift.
No, strawman again. This is not evidence of inelastic scattering to anybody but you. That's YOUR theory.
The control, as I pointed out before and you so conveniently ignored is a simple model of the universe without expansion. Incidentally, since your making this objection,
where precisely is the control in "tired light" experiments or data? Do you have an alternate universe to compare with somewhere you're not telling us about?
Again, all you demonstrated is that inelastic scattering happens in space just like it happens here on Earth.
Strawman much again? That's not what is demonstrated at all. That's YOUR theory.
Inelastic scattering
undoubtedly takes place at some places and at some times in the universe, maybe extremely frequently, but it's irrelevant - it has not taken place as regards the light reaching us from distant galaxies forming a clear, coherent image of said galaxies.
Scattering angles of zero in your hypothetical godlastic scattering process violate conservation of momentum unless you can demonstrate how that math is wrong.
Non-zero scattering angles induce a ridiculous notion that photons somehow know how to reorder themselves just in time, as at relatively close distances - say 500 million light years - if the sum of the scattering deflections in just a single plane is
1 trillionth of a degree above zero, the photon will be deflected from its starting trajectory by around 40 million miles. Not a few inches, 40 million miles.
When we say
blurring, you then look at images where the optical resolution of the telescope has an obvious limitations and say "Look! Blurring!!". Really, blurring is the wrong word. As Zwicky himself pointed out, if non-zero scattering angles are allowed, space should be
opaque. Forget blurring perhaps Michael, you're not quite getting what we mean. Point images from deep space of any kind should be
impossible if non-zero scattering angles are allowed - space would be opaque.
Incidentally, citing the correlation effects that are relatively well known in gallium arsenide membranes (where the
direct propagation of light is
inhibited, by the way, that's the whole point of GaAs membranes in studying optics) is simply a common misunderstanding of what
correlation means. It does not mean that the photons can somehow reorder themselves, it does not include some kind of shared "knowledge" of position or vector.
The only thing "dark" in the sky is human ignorance. In fact the term "dark energy" amounts to nothing more than a placeholder term for human ignorance.
In a way, you're right. We
don't exactly know what dark energy
is specifically, you're absolutely right. We observe the effect that something is having, and theorize a mathematical structure to explain the space-time geometry observed. The difference is, our mathematical structure makes sense with other observations so far taken, your 'Godlastic' scattering process, as much as you've outlined it mathematically, which is to say, not at all, doesn't make sense.
I'm actually not an enormous fan of the term 'dark energy' simply because of its lay connotations and their potential for misunderstanding such as that you demonstrate.
Holushko's model, along with Byrnjolfsson's model "predict' the same patterns of photons redshift. Deny that fact all you like, but BB theory doesn't hold the exclusive rights to photon redshift explanations and predictions.
Please listen. Carefully. He
requires, for the purpose of his mathematics, that light propagates in a medium, an
aether. That is the
only way he can propose a Gaussian distribution for photon
travel time, in effect saying that different photons are travelling at different speeds, and
C is not a constant. That is it. There's
nothing else under the foundation of the math. If you wish C to remain a constant (as I think you probably do), his math is not generic, but
meaningless. If you want to abandon SR then be my guest, but you're going to have a hard time reconciling an empirical approach with that given the last century.
Brynjolfsson's paper has simple mathematical errors in the argument that you've been shown repeatedly and have no answer for other than "I'll have to look at that". Then you either say "I'm one guy and I can't do the math, it's not my problem" or just wait a few weeks and try the same old argument again. Not going to work, sorry.
Perhaps you'd care, as I've asked before, to propose an alternative explanation for the observation of the late-time ISW effect to almost a 4-sigma degree of confidence?
[0801.0642] Correlation of CMB with large-scale structure: I. ISW Tomography and Cosmological Implications