The Conservation of Energy and Momentum in the Positron-Electron Annihilation According to Complete Relativity
Journal: Journal of Advances in Physics (Vol.5, No. 3)Publication Date: 2014-09-11
Authors : giuseppe bellotti;
Page : 854-858
Keywords : Complete relativity; Electron model in three-dimension; Positron model in three-dimension; Positron-electron annihilation; Conservation of momentum; Conservation of energy.;
Abstract
According to Complete Relativity (an improvement of Special Relativity where a new postulate was introduced: an electron cannot move at average speeds less than u0 = αc / π where α is the constant of fine structure and c is the speed of light), and with the hypothesis that the electron and positron are two three-dimensional electromagnetic spherical standing waves, the electromagnetic standing waves of an electron-positron pair can overlap in the low energy conditions and generate a single γ ray of E = 1.022 MeV. Instead the actual physical theories consider a model of positron-electron pair annihilation, where conservation of momentum requires the creation of two 511 keV photons moving toward opposite directions. But in the paper we do not consider any photons: there is only a progressive electromagnetic wave compound by two electromagnetic standing waves. Only a thorough test will be able to decide the right model.
Other Latest Articles
- Action Flow in Obsessive-Compulsive Disorder Rituals: a model based on Extended Synergetics and a Comment on the 4th Law
- Effects of relief gratings, light characteristics and material properties to the emission resonance region
- Influence of annealing temperature on the electrical, structural and surface morphology properties of Au/Cr Schottky contacts on n-type InP
- OPTICAL BAND GAP ANALYSIS OF NANO-CRYSTALLINE CERAMIC PbSrCaCuO
- Stability of ¤-derivations on Lie C¤-algebras
Last modified: 2015-01-16 20:09:28