Mathematics – Logic
Scientific paper
Jun 1978
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1978orion..36..110d&link_type=abstract
Orion, vol. 36, June 1978, p. 110-114. In French.
Mathematics
Logic
Astronomical Models, Cosmology, Relativity, Antimatter, Energy Conservation, Gravitational Effects, Particle Mass
Scientific paper
The relativistic theory developed by Malin (1975) and Malin and Mansfield (1976) and the cosmological hypotheses of Klein (1976) and Alfven (1971) are discussed. Malin's approach is based on the hypothesis that, on the cosmological scale, energy, in particular the rest mass of particles, is not conserved. The relation between particle mass and a scale parameter is considered, and the implications of the hypothesis with regard to redshift are examined. A discussion of matter and antimatter in the universe leads to a statement of two cosmological hypotheses associated with the Klein and Alfven approach: (1) in an initial state the universe is composed of a homogeneous mixture of matter and antimatter, with a density much less than that of the present density of matter in the observable part of the universe, so that particle-antiparticle annihilation is negligible; and (2) the presently observable part of the universe results from a gravitational instability in the initial material fluid. The implications of these hypotheses are examined.
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