Michael John Vera
April 20, 2020
Abstract: When a more comprehensive definition of energy can be determined, when the logic behind the functioning of energy can be improved, the result would be a truly generalized theory of energy which would lead to improved formulae for the estimation, calculation, and even definition of potential energy.
Introduction
The present state of electrical science seems peculiarly favorable to speculation. The concept of the distribution of electricity on the surface of conductors has led to an excellent set of equations for estimating electron motion through a closed loop.
These equations have served for nearly five generations now, but when these estimations are quickly inducted as Laws, and the idea is propagated that there could be no further room for the advancement of the concept of energy, and we find ourselves with dozens of seemingly unsolvable riddles that arise from our varied and flawed courses of logic and language, and we consume more and more geological resources to fuel our need for electron motion using theories based on tubes and steam engines and giant, billowing machines, it may be time to move on to a less step-motherly understanding of energy.
Energy
Energy State Theorem
Theorem 1 Energy exists in three distinct states: as Radiation, as Gravitation, and as Particulate Motion. Each of these three energy states cannot exist apart from, or without, the other states.
Definition 1 Radiation is Energy extended outwardly, intended for absorption.
Definition 2 Gravitation is Energy stored within Mass; it is absorbed Radiation and it is Potential Energy.
Definition 3 Particulate Motion is inertial Energy affecting Mass and Gravitation while being affected by Radiation and Mass.
Definition 4 A Mass Structure is a collection of Particles drawn together by Gravitation while held apart by Radiation and Particulate Motion.