Annihilation explosions in macroscopic polyelectrons. Photon detonation

Details Annihilation explosions in macroscopic polyelectrons. Photon detonation Annihilation explosions in macroscopic polyelectrons. Photon detonation

2009-06-05

arxiv.org/abs/0906.1154v2

Physics

High Energy Physics

High Energy Physics - Phenomenology

17 pages

Scientific paper

Annihilation of the electron-positron pairs in macroscopic polyelectrons is considered. It is shown that very fast collapse of the spatial area occupied by macroscopic polyelectron (or dense electron-positron plasma) produces an instant annihilation of a very large number of electron-positron pairs. This phenomenon corresponds to the so-called annihilation explosion. Annihilation of each electron-positron pair is a highly exothermic process. Therefore, in dense electron-positron plasma one can observe a very interesting phenomenon of photon detonation, i.e. a self-organized formation and propagation of the detonation wave which coincides with the annihilation wave. The photon detonation can be used in many applications, including many military and astrophysical problems.

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