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Wave Universe and Spectrum of Quasars Redshifts

A. M. Chechelnitsky

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Abstract

In the framework of the Wave Universe concept it is shown, that the genesis of redshifts can be connected with the intra-system (endogenous) processes, which take place in astronomical systems. The existance of extremal redshift objects (quasars - QSO) with most probable z = 3.523 (3.847); 4.677; 6.947 (7.4); 10.524; 14.7; 27.79; is predicted

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In the framework of the Wave Universe concept it is shown, that the genesis of redshifts can be connected with the intra-system (endogenous) processes, which take place in astronomical systems. The existance of extremal redshift objects (quasars - QSO) with most probable z = 3.523 (3.847); 4.677; 6.947 (7.4); 10.524; 14.7; 27.79; is predicted

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Available abstract

In the framework of the Wave Universe concept it is shown, that the genesis of redshifts can be connected with the intra-system (endogenous) processes, which take place in astronomical systems. The existance of extremal redshift objects (quasars - QSO) with most probable z = 3.523 (3.847); 4.677; 6.947 (7.4); 10.524; 14.7; 27.79; is predicted

Key concepts: Quasar, Redshift, Physics, Universe, Astrophysics, Astronomy, Spectrum (functional analysis), Quantum mechanics

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