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→2011 Hypothèse de réduction de la barrière de Coulomb : étend le modèle standard à la fusion froide |
→2011 Reduction of the Coulomb barrier hypothesis : tunnel effect extended to LERN and biological transmutations |
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* La durée de formation de l'état corrélé, favorable à la transition, diminue quand la profondeur de la modulation de fréquence lors des déformations augmente.
* Ainsi les réactions entre les électrons et les protons sont beaucoup plus probables et les effets de la fusion froide ou des transmutations biologiques peuvent se produire.
* Cette hypothèse
=== 2011 Reduction of the Coulomb barrier hypothesis ===
In 2011, Vladimir I. Vysotskii studied the example of a quasi-molecule (MnD)+ located in a hole of the dense classic mater. In this case and for all possible energy levels, Vladimir I. Vysotskii concludes to the following hypothesis <ref name="VysotskiiLENR2012" />{{,}}<ref name="VysotskiiLenrBio" /> :
* Cristals lattices or biological molecules guide the electrons and protons.
* Cristals lattices or biological molecules are slowly or repetitively slightly modified by the defects or the temperature or the micro sonic waves.
* These modifications change the resonance and the tunnel effect in the moves of particles.
* Then the probability of quantic jumps through the Coulomb barrier are multiply by 10^50 to 10^1000 times.
* Then reactions between electrons, protons, neutrons and neutrinos are much more probable.
* Then the cold fusion effects or the biological transmutations can happen.
* This hypothesis is in fact a more complete study of the tunnel effect in the standard model. It extends without contradiction, naturally and theoretically the standard model to phenomena known as cold fusion (LERN and others) and biological transmutations.
== 2011 Le riz cultivé réduit la radioactivité ==
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