How Quantum of the Mass, K Box, and Photon Make Light and Matter?

Abstract

The paper uses the quantum of the mass for obtaining the multidimensional mass-energy equation and compares it with the relativistic energy-momentum equation. We show that the mass and frequency of the particles depend on the counts of the quanta masses in the first dimension while the energy of the particles is equal to the counts of all quanta masses in all dimensions multiplied by k constant. The paper introduces the arrangement of the quanta masses in the multidimensional visual k boxes. The new multidimensional energy-momentum equation shows that by increasing the velocity, the energy of the particle increases, but its equation is different from the relativistic energy-momentum equation. Hence, the kinetic energy equation and total energy of the particles that are used in the past century are not correct.