The Energy-Mass relation indicates that in remote times there was a great explosion

Enrique Martinez Viladesau

doi:10.14331/ijfps.2019.330127

Abstract

When we read about an author who pretends to deduce the expression by mathematical procedures, we will see him rely on fallacies and lock himself into real labyrinths. What we mean is that he will intend to introduce the fallacy of time dilation and the inappropriate use of the Lorentz factor intervention. Moving away from these false paths, we do not treat the expression as a mathematical formula, but instead, we investigate it as an expression on how to group these three physical magnitudes: Energy-Mass-Speed of light, in order to produce a work. With this approach, we will see that is the expression of the history of an atom and the manifestation of the energy that it is capable of supplying. For this, we have created the Theory of the Meeting (TM) that allows us to go to the origin of when this energy was generated. We leave for consideration, analysis, and criticism, for experts in astrophysics and atomic physics.

Highlights

In the development of this study, we present our theory, which we have called the Theory of the Meeting (TM) as follow
The expression E = mc2 not be seen as a mathematical formula but as a physical expression that encompasses different concepts
We want to avoid the interpretation that when writing E = mc2, we are interpreting it as a product of two variables, that is E = mc2. To avoid such an interpretation, we need to consider that E is reunited to the physical magnitudes, mass m and speed of light c

Summary

INTRODUCTION

We want to avoid the interpretation that when writing E = mc, we are interpreting it as a product of two variables, that is E = mc2 To avoid such an interpretation, we need to consider that E is reunited to the physical magnitudes, mass m and speed of light c. We will use the TM and write as E = ∪ mc ∪ c With this expression, we want to indicate that the meeting of two events is joined. Another meeting is added to this event, expressed as the speed c of the light. The physical magnitude that we are considering, by acting continuous on the particle, we know that it is manifested by the action of printing an acceleration a. We will inspect an atom containing this mass and identify it as the mass m that we are testing

MANIFESTATIONS OF THE PHYSICAL MAGNITUDES

MODIFICATION THROUGH THE EXPRESSION OF THE ENERGY CONTAINING THE ATOM