Hypothesis about the Motion of Photon in the Space - Open Access Library Journal

OALibJ > Vol.6 No.11, November 2019

Hypothesis about the Motion of Photon in the Space ()

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DOI: 10.4236/oalib.1105907 317 Downloads 1,092 Views Citations

Author(s)

Jinjun Cheng

Affiliation(s)

Department of Energy, Anhui Energy Administration, Hefei, China.

ABSTRACT

This paper attempts to reason about the propositions of photons and its movement in space according to the known axiom of the definition, and by some simple logical method. The light is by the space motion photon component. The space motion photon has the energy and the quality. Photon in space along straight line direction movement speed identically equal in c. A photon moves in space with uniform helical motion, which is a combination of uniform circular motion and uniform linear motion in which the speed of the linear motion and the linear speed of the circular motion are always equal to c. Photon’s Planck energy formula E=hv=2π?v, ? is the approximate Planck constant, which is the angular momentum of photons moving along the circumference plane direction mcr, r is the photon along the circumference plane motion radius; v is photon each second completes the circular motion by link speed c the number of times c/2πr, also is the photon frequency. By replacing the mcr and c/2πr with the Planck energy formula, it may obtain Einstein mass energy formula E=mc². The greater its mass and energy, the smaller the radius of its circular motion, the higher its frequency, and the shorter its wavelength. The lower its mass and energy, the greater the radius of its circular motion, the lower its frequency, and the longer its wavelength. The uncertainty principle is essentially caused by our misunderstanding of the motion of light. The existence and motion of light can be determined.

KEYWORDS

Photons Space Uniform Helical Motion

Share and Cite:

Cheng, J. (2019) Hypothesis about the Motion of Photon in the Space. Open Access Library Journal, 6, 1-9. doi: 10.4236/oalib.1105907.

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