Astrophysics

   

The Energy Loss and Decai of Photons at Cosmological Distances

Authors: Pereverzev Vladimir

To date, accumulated a large number of observational data, which showed a loss of energy and decay photons at cosmological and intergalactic distances. This is evidenced by the folloving observational data: 1. Reduction of diameter of the elliptical galaxies with increase distance to them. The mass and age of the stellar population of galaxies with increasing distances to them do not change. In spiral galaxies with increasing distances to them are no longer observed portion of the spiral arms with low luminosity. The spiral arms seen as wispy at large distances. Spiral galaxies observed as irregular, anemic, diffuse at large distances. However, the diameter of spiral galaxies, for certain parts of the most striking, is not changed to the large distances. 2. The gradual reduction of the size structure of radio galaxies (their radio - emitting parts) at distances from z = 0 to z = 3. At distances greater then z = 3 radio-emitting structures are not observed. 3. With the increase in the distance to quasars have redused the length of jets. So, on z=1-2 jets length of about 100 kpc, and on z=4 - about 10 kpc. Although other parameters do not change or change slightly. 4. Reduced number of spiral galaxies with a bar, where increasing the distance to them. 5. The detection of very faint dwarf galaxies, in which the ratio of the mass-luminosity reaches 1000. Thet is, the stars in the shell of these galaxies are not observed. The reason for this is the loss of energy and decay of photons, because photons in the flow of a small power lose energy and decompose faster then photons in a higher power flows. 6. Powerful streams of photons from a gamma-ray bursts (GRB) raise the temperature of microwave background radiation. This fact confirms the reduction of photon energy loss in the power flovs. 8. Metallicity of galaxies decreases with increasing distances to the galaxies. However, if the flow of photons from the galaxy coincides with a stream of photons from the gamma-ray basts in this case does not decrease metallicity of galaxies. 9.Statistical analisis shows relationship thet galaxies with increasing their mass and luminosity deccreases the ratio of the mass-luminosity. This is due to a higher concentration of stars within the effective radius and visible radius of the massive (large) galaxies compared to galaxies of smaller mass. Terefore, the critical density of photons when they cease to be observed,move to the center of galaxies, if the mass of galaxies is reduced. The opening energy loss and decay of photons require an adjustment of the quantum and classical electrodinamics. Also, it would require to retarn to the model of a stationary universe.

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[v1] 2016-08-30 12:27:16

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