SUPREME THEORY OF EVERYTHING: Theoretical Formulation of The Spectral Density of Electromagnetic Radiation Emitted By A Nonblack Body

Abstract

Ulaanbaatar Tarzad

Hertzsprung-Russel Diagram (HRD) plots each star on a graph measuring the star’s brightness concerning its temperature (color) between 2000K and 50000 K. It registered about 90 percent of the stars in the universe, including the Sun, located in the main sequence branch of stars in HRD. HRD is an experimental diagram, and its theory could be supposed to be Planck's law. However, Planck's law itself is empirical and contradicts recorded astronomical experimental data. Modern astronomy can observe celestial bodies in space, with surface temperatures ranging from 0 Kelvin to millions of degrees. During this time either Planck's law or HRD didn't develop. In this paper, the spectral density of electromagnetic radiation of non-black bodies is described theoretically. The extracted parameters are compatible with the curve of main-sequence stars HRD, which indicates the spectral distribution of radiation. It proves the open hysteresis of the Supreme Theory of Everything led to the correct form of the spectral radiation distribution. I examine models that can be solved exactly with the tools of mathematics so that neither approximations nor computer simulations are required

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