Abstract
A brief review is given to the fundamental difficulties facing the Big Bang Theory, with the emphases on the geocentric nature, the extreme violation of the conservation laws of mass and energy, the violation of Maxwell’s velocity distribution, the horizon problem, the extreme instability and the dark matter problem. The historical alternatives and their problems are reviewed. The DET is then presented as a new alternative interpretation of the cosmic redshift, and therefore, as a new alternative to the Big Bang cosmology. The existing experimental evidences to vindicate or falsity DET versus Big Bang theory are discussed. Experiments for detailed tests of the DET–the redshift is proportional to the square of the linewidth and inversely proportional to the cube of the wavelength–are also proposed.
Highlights
The Big Bang theory has dominated cosmology for decades
A brief review is given to the fundamental difficulties facing the Big Bang Theory, with the emphases on the geocentric nature, the extreme violation of the conservation laws of mass and energy, the violation of Maxwell’s velocity distribution, the horizon problem, the extreme instability and the dark matter problem
The WIMP has negligible interactions with matter, it may be detected only indirectly if and only if the background collision products are detected and subtracted (Kane & Watson, 2008). These experiments could show that WIMPs can be created, but it would still require a direct detection experiment to show that they exist in sufficient numbers in the galaxy to account for the dark matter needed by the Big Bang theory
Summary
The Big Bang theory has dominated cosmology for decades. Many of its extraordinary concepts have permeated into the blood vessels of young children through fascinating si-fi movies interweaved with oriental martial arts and ex-terrestrial romance. The multitude of fundamental inconsistencies of the Big Bang theory motivated physicists to propose alternative theories, the most noteworthy being the tired-light cosmology (Zwicky, 1929), the steady-state cosmology (Bondi, 1948, 1960; Hoyle, 1948), the plasma universe (Alfven, 1966; Klein, 1971; Lerner, 1991), and the theory of discordant redshift association (Field et al, 1973; Arp, 1987, 1990, 2003). Vol 5, No 2; 2013 linewidth and wavelength dependence indicate possible erroneous identification of the redshifts in the redshift measurements
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