Analyzing the Essence of Chemical Bonds through the Mass Energy Equation

Basic particles are two elementary charges that rotate around each other. The mass and spatial radius of basic particles are variable, and the variation law is: M ^ 2R=Q, where M is the mass of the basic particle, R is the spatial radius of the basic particle, and Q is a constant. The essence of chemical energy is that the radius of rotation of electrons participating in chemical reactions changes, leading to a change in mass. According to Einstein's mass energy equation, a change in mass must be accompanied by a change in energy. When some substances change into other substances due to chemical reactions, the average radius of rotation of the generated substance's electron pairs becomes shorter, which is an endothermic reaction; The average radius of rotation for generating material electron pairs increases, which is an exothermic reaction. The essence of chemical energy is also the conversion of mass and energy. Due to Q being too small (theoretically estimated to be on the order of 10 negative 85), the change in mass is too small for existing measurement tools to measure.