Random Motion of Paired Electrons and Positrons, Causing Diverse Thermal Radiations of Some "Vacuum Space" Regions.

Details Random Motion of Paired Electrons and Positrons, Causing Diverse Thermal Radiations of Some "Vacuum Space" Regions. Random Motion of Paired Electrons and Positrons, Causing Diverse Thermal Radiations of Some "Vacuum Space" Regions.

Mar 1998

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1998aps..mar.i3895s&link_type=abstract

American Physical Society, Annual March Meeting, March 16-20, 1998 Los Angeles, CA, abstract #I38.95

Physics

Scientific paper

In the Electron Positron Lattice (EPOLA) model of space,(M. Simhony, The Epola Space, 1990, 160 pp (available from the author). Also, M.Simhony, Invitation to the Natural Physics of Matter, Space, and Radiation, World Scientific, 1994 (292 pp).) the mysterious 3K blackbody radiation, reaching us from all directions in the sky, is the thermal radiation of our epola region, and is due to the random vibrations of epola particles (also causing the zero-point motion of helium atoms, analogous to Brownian motion). The temperature (T) of our epola region is therefore 3K. T is elevated in epola regions where there are more "hot" stars, more nuclear activity, more injected free nuclear particles and radiation. Epola regions of T>3K are observed as mysterious "dark matter", considered to "constitute 90% of the mass of the universe". 100K warm regions create the mystery of "gray matter'. Epola regions hotter than 800K emit visible radiation; at 3000K they glow like lamp filaments, and at 6000K - like the sun. Such very distant epola regions can be mistaken for stars and galaxies. At sufficiently high T, the epola "melts" into a liquid of electron positron (epo) pairs, in which the velocity of light is drastically reduced. At 6 billion K, it turns into a gaseous mixture of epo pairs and free electrons and positrons. In this "epogas", quantum radiation laws do not hold, there are no photons, just as there are no phonons in gases.

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