Extended Maxwell's Diamond Equations to Unify Electromagnetism, Weak Gravitation, and Classical and Quantum Mechanics and Their Application for Semiconductor Devices

It was found that electromagnetic and weak gravitational fields can be unified by diamond equations, which is one of extended Maxwell's equations. Classical mechanics is derived from the diamond equation for weak gravitational field by assuming that gravitational wave is not generated under the condition of stable motion. Quantum mechanics is derived from the same equation by assuming that the square of total energy consists of square of total momentum, square of the mass, and imaginary part of the energy creation-annihilation rate. The device simulation based on the diamond equations for electromagnetic field with considering field propagation in MOS structures is reported as an application.