A photon has no rest mass because it always travels at speed c. But I have found that it has a motion mass. This mass has no inertia, because if you ride a bicycle with a light switched on, the speed of light will not be the bicycle’s speed plus c; it will simply be c, nothing more.
The fact that light has a kinetic mass implies that there is no need for gravity to deform space-time. Light is attracted, for example, when it passes near the Sun, because it has this kind of motion mass. This makes Einstein’s claim that time is mouldable unnecessary. Time is absolute and there is no deformation of space-time near a massive body like the Sun. What Einstein produced was mathematical gibberish that predicts real results of physical measurements but is unnecessarily complex.
The kinetic mass of light is proportional to the frequency of the electromagnetic wave and also proportional to Planck’s constant h and inversely proportional to the square of the speed of light c. So kinetic mass of light is the same as frequency, because the other factors are constants. KINETIC MASS OF LIGHT = FREQUENCY OF LIGHT ---> KINETIC MASS = WAVE FREQUENCY.
When mass is attracted by a massive body it modifies its wavelength and hence, its color. If a body is very massive and has a small volume it can literally swallow light. This is what happens with black holes.
Here is a video in Spanish that I made to explain my conclusions. If you are not lucky enough to know Spanish, at least you can see the formulae and listen to the music :)
The fact that light has a kinetic mass implies that there is no need for gravity to deform space-time. Light is attracted, for example, when it passes near the Sun, because it has this kind of motion mass. This makes Einstein’s claim that time is mouldable unnecessary. Time is absolute and there is no deformation of space-time near a massive body like the Sun. What Einstein produced was mathematical gibberish that predicts real results of physical measurements but is unnecessarily complex.
The kinetic mass of light is proportional to the frequency of the electromagnetic wave and also proportional to Planck’s constant h and inversely proportional to the square of the speed of light c. So kinetic mass of light is the same as frequency, because the other factors are constants. KINETIC MASS OF LIGHT = FREQUENCY OF LIGHT ---> KINETIC MASS = WAVE FREQUENCY.
When mass is attracted by a massive body it modifies its wavelength and hence, its color. If a body is very massive and has a small volume it can literally swallow light. This is what happens with black holes.
Here is a video in Spanish that I made to explain my conclusions. If you are not lucky enough to know Spanish, at least you can see the formulae and listen to the music :)
Note: The conclusions reached in this post are the blog author’s theories and have not yet been proven.
More on photon mass and relativity
For another video explaining the distinction between rest mass and relativistic mass, see Mass at rest and relativistic mass of photon.
For a thought experiment involving photon energy and momentum, see my calculation of a photon stopping a meteorite.
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De genio a geni@, ¿Qué me cuentas?
From genius to genius, what do you tell me?