| Electromuon |
Electromuon Predicted by AD is Found in Europe
In New Scientist, February 11, 1995, page 14, Marcus Chown in his article ".....as WIMPs come in from the cold" writes: "The particle, which is not predicted by any theory, may have turned up in an Anglo-German experiment designed to study neutrinos." The probable "new particle" was announced in "Anomaly in the time distribution of neutrinos from a pulsed stop beam," KARMEN Collaboration, Physics Letters B 348(1995) 19-28, March 30, 1995.
This particle is predicted by R. L. Carezani's theory, in a paper founded on his "Fundamental Bases for a new Relativistic Mechanics. Autodynamics," entitled "
The Muon Decay m+--> e+e+e- and Autodynamics
" published in Physics Essays 5, 19 (1992), received by the journal on April 19, 1990.
The particle was dubbed the ELECTROMUON by Carezani and has a "rest mass" of 35.2 MeV or 70.4 MeV, most likely the former. The electromuon's motion mass lies between >0.511 MeV and <70.4 MeV.
The Muon directly decays to 3 electromuons of 35.2 MeV each, or 1 electromuon of 70.4 MeV and 1 electromuon of 35.2 MeV. The elec-tromuon subsequently decays to electrons, given sufficient time.
The "apparently" detected particle could be an electromuon with a motion mass of 35.2 MeV, a kinetic energy of 35.2 MeV and a velocity of 0.866 of light speed.
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| Storm In Physics (2005) |
2nd book published by Dr. Carezani.
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