Despite the fact as I have already mentioned you agreed that energy is not conserved in curved spacetime.Oh boloney. If energy conservation was impossible in GR, then you'd have some experimental evidence to show us where that energy loss happens in collider experiments or some other type of experiment here in our solar system. You've got nothing. All you might be able to claim is that in *some* variations it *might* happen, but you can't claim that it *must* happen in all variations of GR theory, or you could demonstrate that claim now from real experiments in the lab. You can't. All you can do it *claim* it could apply somewhere in a "mythical" universe that doesn't necessarily even exist. GR theory conforms so well to the conservation of energy laws in our solar system that we can tell when Voyager is being affected by temperature variations and photon emission differences on different sides of the spacecraft! That's how precisely energy is conserved in GR theory inside our solar system.
Stop contradicting yourself.
And you claim you are not confused...........Which of those two papers is based on Compton scattering? Admittedly Compton scattering could have *some* effect and might cause some blurring to occur, but most tired light models are *not* based on ordinary Compton scattering. You were the ones claiming that distant galaxies were *not* blurred, therefore only "space expansion" could be the cause of photon redshift, but you're incapable of providing us with a high redshift, non-blurry image to support your bogus claims!
You are the one who's moving the goal posts since tired light models are not typically based on Compton scattering to start with. There are *many* types of inelastic scattering, not just one, and none of the papers I've linked to are based on ordinary Compton scattering to start with!
You are comprehensively out of your depth given that the second link you provided looks at Compton scattering as an initiating process for energy loss.
It says it all that you either didn't read the link or it was it was beyond your capacity for comprehension and yet you concluded it wasn't based on Compton scattering which is a bald face lie.Paul Marmet said:In this paper, we consider this problem at very low energy (visible light and lower energy) where classical considerations are still mostly valid. We further consider the case of photon scattering on atoms at an extremely low atom density, which is a condition prevailing in outer space. In the usual treatment of the Compton effect, bremsstrahlung is neglected. In these circumstances, it is known that the change Dl in wavelength is given by:
(2)
where h = Planck’s constant, me = mass of the electron, c = velocity of light in vacuum and q = scattering angle.
From Eq. (2), we must notice that at any angle of scattering, bremsstrahlung is completely neglected. However, the electron is accelerated during the scattering. In order to illustrate the basic principle leading to an energy loss due to bremsstrahlung, let us examine the case of 90o Compton scattering on a free electron which is initially at rest. The photon momentum transferred to the electron is such that the collision imparts motion to it. Since the electron, initially at rest, becomes in motion after the impact, somehow it must have been accelerated.
According to electromagnetic theory, any accelerated charge must emit bremsstrahlung.....
In fact what the link does is to reinforce the question whether Compton scattering as an initiating or direct cause for energy loss, if the angles are deterministic or not which you are totally incapable of answering.
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