Authors: Giancarlo Gazzoni
Empirical semi-classical decay beta decays to electron capture, and phenomena of "cold fusion" This article discusses a statistic empirical decays beta, derived from macroscopic observables. In this way, we can find and "isolate" sensitive variables which determine the frequency of decay of nuclei. and we can begin to understand how to intervene "to artificially change the natural rates of decay, and find ways to decay, fission and fuse nuclei in energy conditions" cold " We can identify the underlying mechanism that allows type of decays, and to understand why the phenomena of decay, for + for electron capture and decay are driven by the same basic principles we can understand the mysterious mechanisms of the so-called Cold Fusion., and explains how to re nuclear fusions occur in environments with very low density energy. We can understand how the nuclei, using energy "environmental concentration is not high, can have behaviors that seem to be possible only for large energies, The statistics electro - weak are based on the assumption that every phenomenological decay electroweak, must be mediated by Higgs bosons decaying into Z ° and W ∓ , And produce a phase strange, The quarks change flavor, in the interaction of Z ° bosons created by the excitement of the local vacuum, and that modify the stangeness of quarks, which decay into down and up with the issue of W bosons ∓ and modification of electrical charge.
Comments: 29 Pages.
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[v1] 2013-05-30 09:45:05
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