Light and Electricity

 

Another property of light and all corpuscles is the electric charge. The bigger the corpuscle is, the bigger positive charge is, the smaller the corpuscle is, the more negative charge it has. For example neutrons are the heaviest, because their mass is the sum of proton and neutrino. Neutrino has a neutral charge and is lighter than protons, but heavier than electrons. Light has different charge from less than -1 until (-)infinity, and electrons are -1 and have a mass that is fast equal to absolute 0. So if we connect the mass to electricity charge in a diagram neutron would be the heaviest, near it would be the proton, in the middle between proton and elecron would be the neutrino, then comes the electron, the infrared light, the coloured light and the ultarviolet light, which has no measurable mass.

Does this mean that the absolute Nothing has a negative charge? -Yes. I has negative charge and is at the temperature of the absolute zero(273.15 °C).

Does this lead to the conclusion that there is an endless source of energy in the universe? -Yes. A proof for that are the lightings, they occur in a place where the temperature is very low and in a vacuum environment and they fall on Earth, because it is positively charged.

So material things which are positively charged exist in an infinite negatively charged three-dimentional electromagnetic field (INCTDEMF). Which means universe is three dimensional. There are perhaps other universes since INCTDEMF is highly instable, but they are also three-dimensional.

INCTDEMF has highest energy, low mass, highest frequency, smallest wavelength or if we love formulas: E.m=Q.c2.n, E=Q.c2.n/0, E=infinity. So is also its negative charge.

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