Max Planck’s quantum hypothesis about quantas

Max Planck’s quantum hypothesis about quantas of light waves does not explain the question of light’s duality. The experiments show that the wave has also properties of a particle.

The duality of light wave is similar to geometrical concept of “line”, which is made out of “points”. Instead of quantas, the light wave is build out of photons rotating in 3 dimensional sinusoidal path. This explains why the light wave has properties of a wave and a particle. If a light wave does not consists out of photons, then either photons do not exist or the wave would have to be one infinitely long “particle”. The theory that light travels only in “quantas” is wrong.

The truth is that it is impossible for us to separate single light particle, because to do that we would have to built a device that would be able to be at least as fast as light. That device would have to be fast enough to let only one light particle go and shut down the source of light before the second particle follows the first photon! Planck said that light might be only emitted or absorbed only in "quantas" because he couldn’t measure separate photons. They do only because, before you shut down the light source, there will be whole gang of photons flying. The reason why the light waves are "smeared" is their rotating sinusoidal path is because, they are rotating in 3 dimensional sine line. Their real path may be determined by studying the amount and distribution of spattered photons.

“Massless Photons”

If the light is real, physical phenomena, how its particles (photons) can have “no mass”? Every particle that exists has mass. Why photons shouldn’t? Inability to measure it doesn’t make the photons “massless”. How photons could be attracted by gravity if they don’t have mass? How Einstein’s theory that mass would attract light could be proved?

PAWEL KOLASA