The general relativistic theory of quasars

Physics – General Physics

Scientific paper

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Published in: "Z.Zakir (2003-2007) Structure of Space-Time and Matter. CTPA, Tashkent". Last version of the proposed treatment

Scientific paper

In the papers physics/0007003 and ArXiv:0705.2585 it has been shown that general relativity, due to the strong time dilation effects, really predicts, instead of the black holes, the existence of compact relativistic stars and relativistic galactic nuclei with (light and heavy) baryonic and quark content. Their surface radii are near the gravitational radii and they radiate with high gravitational redshift. The quasars can be interpreted as the such relativistic supermassive compact objects and their high redshifts has partly a gravitational origin. This additional mechanism of the redshift in addition to the Doppler shift leads to the normalization of main parameters of quasars as objects like to the compact galactic nuclei. The new prediction is that some of quasars may be relativistic stars in the Galaxy having high gravitational redshift. A short time variability of some quasars also can be naturally explained.

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