Shock waves at large redshifts in the universe

Mathematics – Logic

Scientific paper

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Cosmology, Intergalactic Media, Red Shift, Shock Waves, Active Galactic Nuclei, Astronomical Models, Galaxies, Quasars

Scientific paper

Shock waves produced in the intergalactic gas by young galaxies, quasars, and active galactic nuclei at redshifts of 0 to 30 are considered. Shock-wave propagation is analyzed taking into account cosmological expansion, and shock-wave radiative energy losses are examined along with the effect of shock waves on the intergalactic gas. It is shown that hot rarefied cavities surrounded by cold dense 'walls' may be formed in the intergalactic gas as a result of shock-wave luminescence. The analyses also suggest that if the intergalactic-gas density is not too low, the gas may acquire an inhomogeneous structure in the form of 'caverns' (i.e., interconnected cavities and walls) due to the intersection of shock fronts from discrete sources.

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