SOME REASONS about MOTION PHOTONS

In the article the motion of photons is reviewed in connection with miscellaneous properties of light. At first we shall be determined at sizes of photons more precisely to present, with what we deal. As the mechanical moment of a photon on coils of a screw line makes h , and the own mechanical moment in 1/α=137.0391 times is less, we can take advantage of the formula Sph=h /137.0391, and mass of a photon: mph=hν/C=h/Cλ. By executing indispensable transformations and substitutions, we shall receive the formula linking radius of the photon r to its wavelength λ: r=0.001161⋅λ (1). In spite of the fact that the formula (1) is inexact, since leave outs an electrostatic attraction and attraction at the expense of magnetic interaction driving counter electrically opposite charged neutrino and antineutrino in a photon. That is, the formula (1) gives the overstated values r, especially for small λ, nevertheless, for a visible light and of more lengthy waves the error will be insignificant. Thus, radius of a photon, approximately, in one thousand times is less than a step of a screw line, on which one it is gone (radius of a screw line to 2π times less step), therefore that the rays "were immixed", as figured Lomonosov, criticizing the corpuscular theory of light, the huge power of a beam or certain conditions is indispensable, as we have at an interference of light. "The corpuscular theory of light, developed for the first time by the Newton at the end of XVII century, viewed light as a particles flux (corpuscles), released by a light source and spread in homogeneous medium is rectilinear. Reflection and a refraction of light this theory explained mechanically... The corpuscular theory of light could not explain phenomena of diffraction, interference, to polarization of light and in XIX century has succumbed a place of a wave theory. The corpuscular notions about the nature of light have revived again in a start XX century on the basis of the theory of quanta". N.I. Kariakin, Brief manual on physics", “Higher School", М., 1962, page 253. Let's discover the power characteristics of photons. Kinetic energy of a rotated body: