IA ray of light, refracted by a glass prism, splits into multicolored rays. And it is this set of rays that forms what we call sunlight.
Thus, light is a set of multi-colored photons. And the photon itself is a quantum of one or another color.
In addition to the valence, which connects the atoms into molecules, there is a valence that connects the nucleons to each other.
The world ether is filled with gravitons.
A positron rotating in the ether twists around itself graviton spheres, which increase its mass and turn it into a proton.
The graviton spheres of the positron attract an electron to it, giving rise to a neutron.
A proton, having lost some of its rotational energy, with its atomic graviton spheres - (unlike nuclear graviton spheres, which attract an electron to a proton, turning it into a neutron) - attracts an electron to itself, turning it into a hydrogen atom.
The transformation occurs by replacing the charge motion vector with the opposite vector.
This is explained by the fact that all elements of the electron's magnetoelectric system are opposite to all elements of the positron's magnetoelectric system. And this opposite is determined by the vector of their movement in space.
Therefore, one has only to change - by means of a diode bridge, a mechanical rectifier or a brush generator of a direct current generator - the motion vector of one of the charges to the opposite vector, so that this charge immediately turns into its antipode.
According to our hypothesis, the conduction current is the current of electrons and positrons propagating in the ether, which surrounds the conductor.
And according to our hypothesis, the photo effect is not a knockout of an electron from the cathode, but a reflection of an electromagnetic wave from the cathode.
According to our hypothesis, an electromagnetic wave is formed by electrons and positrons.
And these hypotheses completely overturn our understanding of the process of the photoelectric effect.
в статьях представлены анализ свойств эфирной среды
PROTECTION AGAINST LIGHTNING
PLASMA PHYSICS AND HIGH-POWER ELECTRONICS
HEAVY QUARKS: SEARCH GOES ON
LASER FUSION, A REVIEW OF PROGRESS
HOW ARE MOUNTAINS FORMED?
