An introduction to subquantum kinetics. III. The cosmology of subquantum kinetics.

Mathematics – Logic

Scientific paper

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Cosmology, Cosmological Redshift, Galactic Evolution, Continuous Creation, Energy, Stars, Brown Dwarfs, Mass-Luminosity Relation, Supernovae, Galactic Core Explosions, Black Holes

Scientific paper

This paper explores the cosmological and astrophysical implications of subquantum kinetics, a novel methodology developed for the description of subatomic particles and field phenomena. The following is implied: Space is Euclidean and nonexpanding. Matter is continuously created in space, with creation preferably taking place in the vicinity of already existing matter. Photons gradually lose energy while travelling through intergalactic regions of space, but gradually gain energy in the vicinity of material bodies where the gravitational potential is sufficiently negative. The former effect secures a non-Doppler interpretation of the cosmological redshift phenomenon. The latter effect leads to the prediction that all celestial bodies, whether they be planets, stars, bare stellar cores, or condensed masses, should evolve energy spontaneously. Thus the existence of a new kind of energy source, "genic energy," is predicted and tests for its direct detection in photon beams are proposed. It is suggested that genic energy may be the energy source powering stellar pulsations, supernovae, and galactic core explosions. It is predicted that planets, brown dwarfs, and lower main sequence stars should share a common genic energy, mass-luminosity relation of the form L ∝ M8/3r1/3. Black holes do not exist in this cosmology, only intensely radiating condensed masses.

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