The structure of matter and light

In the article "Kinetic theory of Light" K.E. Tsiolkovsky calculated the properties of the ether, considering it as extremely rarefied gas, filling the universe and responsible for the spread of light (electromagnetic) waves. The value he received for the density of the ether coincided with the meaning that W. Thomson (Lord Kelvin) previously brought out from other considerations.
In the article "hypothesis of the boron and the structure of the atom" K.E. Tsiolkovsky proposed an atom model, an alternative quantum, introduced by Bor. It was based on the author’s original assumption of a change in the law of gravity at the micro level (inside the atom) with the inversely proportional square (as in conventional space), on the inversely proportional cube of the distance. The Tsiolkovsky hypothesis was, in fact, the assumption of the change in the micro level of the geometry of space (from 3 measures to 4 measures) and partly intersected in this with the theory of Kalu-tits created in the same 1920s, which deduced the laws of electromagnetism from using the 4th spatial coordinates. The heuristic use of this hypothesis of Tsiolkovsky makes it possible to represent new dimensions in physics of elementary particles as a change in the nature of the attraction of the attraction when descent into increasingly small areas of space. And the extrapolation of this hypothesis up, to many metagalaxies, suggests that this “mega-space” is almost two-dimensional, more precisely, the length of the 3rd dimension (possibly closed) is very small compared to the other two, and that in it, t . At super -long distances, an ultralabox gravity field is valid, the strength of which is inversely proportional to the first degree of distance between the bodies.
The last article sets out physical hypotheses in the development of Boshkovich theory