# Coulomb’s Law Stand to The World of Elementary Particles in the Way That Newton’s Laws of Classical Mechanics Stand to The Macroscopic World | Biomedgrid

**Journal**: American Journal of Biomedical Science & Research (Vol.6, No. 1)

**Publication Date**: 2019-10-29

**Authors** : YinYue Sha;

**Page** : 41-42

**Keywords** : Neutron; Proton; Electron; Critical Photon; Mass; Radius; Frequency; Density; AJBSR;

### Abstract

According to the Classical Electron Orbital Radius and the force equilibrium relation before the disintegration of the neutron, we can calculate the sharp radius of the neutron; According to the density of nucleus and the sharp radius of the neutron, we can calculate the sharp radius of the electron; According to the sharp radius of the electron and the force equilibrium relation that electron with the Critical Photon, we can calculate the sharp electron radius of the Critical Photon; From the density of nucleus, we can obtain the mass of the Critical Photon; From the light velocity, we can obtain the energy of the Critical Photon; From the Planck's constant, we can obtain the frequency of the Critical Photon; From the light velocity, we can obtain the wavelength of the Critical Photon; We discover that the wavelength of the Critical Photon is in the peak position of the solar spectrum energy radiation. Coulomb's law stand to the world of elementary particles in the way that Newton's laws of classical mechanics stand to the macroscopic world.

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Last modified: 2019-12-02 14:09:43