Physics
Scientific paper
Sep 1976
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1976stin...7722032a&link_type=abstract
Presented at the Particle Phys. Symp., Stockholm, 12 Jul. 1976
Physics
Antimatter, Matter (Physics), Symmetry, Annihilation Reactions, Astronomical Models, Cells, Cosmology, Galactic Structure, Gamma Rays, Leidenfrost Phenomenon, Universe, X Rays
Scientific paper
Arguments in favor of a symmetric picture of the universe where antimatter regions are equally as large as those of matter (koino-matter) and each region separated by Leidenfrost layers are presented. Space research in the magnetosphere and interplanetary space confirmed the existence of thin layers dividing space into regions of different magnetization and as a result a cellular structure for both the interstellar space and intergalactic space was assumed, corroborating the symmetric cosmology concept. The possibility that every second star in the galaxy consists of antimatter is discussed, and it is shown that this view is not in conflict with any observations. As most stars are likely to be surrounded by solar systems of a structure similar to our own, it is concluded that collisions between comets and antistars (or anticomets and stars) would be rather frequent. Such collisions would result in phenomena of the same type as the observed cosmic gamma-ray bursts. Another support for the symmetric cosmology is the continuous X-ray background radiation. Also, many of the observed large energy releases in the cosmos are likely to be due to annihilation.
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