An Elementary Particle Pulsation Principle Revises Equation of Einstein, E=mc².(1)
Terubumi Honjou
Abstract
Terubumi Honjou
Abstract
The new equation by the elementary particle pulsation hypothesis. Arrow of time turns. In response to it, mass m changes with +1, 0, -1. Arrow of time turns. It is the same as the arrow of time of the Schrodinger equation. Arrow of time turns. It is the same as a material wave of the elementary particle pulsation hypothesis. Current physics is always +mc²>0. Elementary particle mass m does not change. A pulsation principle suggests a super-high-speed change of elementary particle mass m.
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The new equation by the elementary particle pulsation hypothesis. Arrow of time turns. In response to it, mass m changes with +1, 0, -1. Arrow of time turns. It is the same as the arrow of time of the Schrodinger equation. Arrow of time turns. It is the same as a material wave of the elementary particle pulsation hypothesis. Current physics is always +mc²>0. Elementary particle mass m does not change. A pulsation principle suggests a super-high-speed change of elementary particle mass m.
Key concepts: Arrow of time, Physics, Elementary particle, Arrow, Einstein, Particle (ecology), Classical mechanics, Wave–particle duality