Energy density gradient and its effect on light propagation

Energy density gradient and its effect on light propagation

(zenodo.org) Introduction Based on the assumption that the de Broglie wave is most likely a spatial energy density wave (Dzen), we can conclude that space can have different energy densities. The energy density gradient in space may be a key factor in determining the trajectory of light. This may provide an alternative explanation for some observed phenomena such as gravitational lensing and redshift. 1. Relation of mass, energy and wavelength Based on our reasoning about rest mass: Where: E2 is the energy of the object at rest, E1 is energy at the speed of light, λ1 is the wavelength of the object when travelling at the speed of light, h is Planck's constant, c is the speed of light. Here the rest mass of the particle depends on the wavelength at the limiting velocity. Since the speed of light is the maximum for a given medium, this indicates that the energy density of space affects the allowable range of frequencies. 2. Influence of energy density on frequencies In this case the interaction of...
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