You're right, it doesn't *need* to be answered but then we can all assume that your claim is simply false, which is why you can't provide such an image.
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Testing the Electric Universe by Brian KoberleinThe *website* (not a published reference like I asked for) ...
The set of 4 images are clearly labeled as Hubble Space Telescope images, specifically the Advanced Camera for Surveys, or ACS. They come from a database of Hubble Space Telescope images, not any published papers. The "STScI" reference suggests the Hubble Legacy Archive.So here’s a collection of barred spirals at different distances (or redshifts). Notice how the most distant ones are the least developed? No? Actually they all look pretty similar, which is exactly what the standard model predicts, and what the EU model says absolutely shouldn’t happen.
The EU model predicts the Sun should produce no neutrinos. The EU model clearly fails this test, because neutrinos are produced by the Sun.
The set of 4 images are clearly labeled as Hubble Space Telescope images, specifically the Advanced Camera for Surveys, or ACS. They come from a database of Hubble Space Telescope images, not any published papers. The "STScI" reference suggests the Hubble Legacy Archive.
It is textbook physics based on 100 years of published papers that makes your assertion into an ignorant fantasy, Michael.The real observations are found in *published* papers, ...
It is textbook physics based on 100 years of published papers that makes your assertion into an ignorant fantasy, Michael.
Show us the value of that degree of yours, and your superior understanding of EU theory, and your superior integrity, and tell us if that is a true statement or a "lie"?The EU model predicts the Sun should produce no neutrinos. The EU model clearly fails this test, because neutrinos are produced by the Sun.
Irrelevant question but maybe you can learn some rather simple physics.
First year astronomy students learn the simple physics that the balance between pressure and gravity means that star are stable only if they have temperature and so pressure increasing with depth, i.e. a heat source at their core. That makes all of the "EU solar models" wrong -
Findlay's assertion that in EU there is no fusion at the core of stars
and no mention of neutrinos at all,
Thornhill's fantasy about neutrinos at the surface (from electrical discharges?),
Scott's speculation about fusion magically happening on the surface because of invisible electric currents flowing from outer space.
7 November 2012 Michael: Read Compton scattering (Compton scattering produces blue and red shift!)
10 February 2017 Michael
: A lie that astronomers leave out the textbook physics that light loses and gains momentum when travelling through plasma.
18 November 2018 Michael: List the scientific literature stating the detection of any tired light effect working in the lab.
Haven't we seen this movie before?
The claim that inelastic scattering is an explanation for cosmological redshift has popped up again after a break of a couple of years.
What we measure is that the spectral lines in light from galaxies are
This is inelastic scattering. In general inelastic scattering:
- "Always" red shifted.
The exception is a handful of local galaxies who are approaching us because they are boing in the same group.- The same amount of shift for all the spectral lines we look at.
- All spectral lines are shifted (the original ones are not detected).
- The redshift varies linearly with distance (Hubble's law).
Some examples of inelastic scattering:
- Causes both red and blue shifts.
- The amount of shift can vary according to frequency.
- The scattering does not affect every photon.
Supporters of the claim have to show why we do not see the not scattered, not red shifted light.- The variation of redshift from scattering with distance need not be linear.
Again something the supporters of the claim have to show for their proposed mechanism(s).
There is an obvious consequence of any scattering of light from galaxies - their images will blur. Think about looking at a streetlight in mist. The scattering of light by mist blurs the images. However images of galaxies that are billions of light-years away are as sharp as those million of light-years away.
- Compton scattering - happens for gamma rays and high energy X-rays. Generally not studied in astrophysics except for gamma spectroscopy. No relevance to the shifts we measure in visible and near-visible light.
- Inverse Compton scattering - a blue shift.
- Brillouin scattering - scattering usually in solid state physics.
- Raman scattering - blue and red shift.
- Rayleigh scattering was mentioned but this is elastic scattering.
Anyone can see that it takes magic for a vague "inelastic scattering" claim to produce cosmological redshift.
Any supporters of this claim can show that it works in two easy steps.
First cite the inelastic scattering mechanism in the scientific literature so that we can see that it produces equal amounts of redshift in the part of the spectrum we have measurements for.
Secondly show that the red shifts we measure are matched by that mechanism, e.g. your calculation or citation to the scientific literature.
Judging on what I have seen before, I suspect we will see fact less posts, irrelevant posts, links to Internet cranks, etc. I hope that I am wrong.
Haven't we seen this movie before?
Way too often.
I suspect you're going to continue to see it until/unless you can demonstrate that "space expansion" has any tangible effect on a photon in a real experiment. In other words, get used to it.
FYI, Edwin Hubble never ruled out tired light models as a potential explanation for redshift, and you shouldn't either.
Haven't we seen this movie before?
Way too often.
Edwin Hubble never accepted the theory they attribute to him, but always insisted another as yet undiscovered cause was the reason. Of course blaming Hubble 1) gives it more weight and 2) when they are proven to be wrong will give them a scape goat to blame it on.
But it wont matter, I gave the calculations they requested, but of course they will now just ignore them as per standard practice.