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Geometry of the Dark Matter and Preliminary Analysis of Alpha and Beta Photons��? Properties Based on Theory of Space

Marek Juliusz Sobolewski*, Michał Amadeusz Sobolewski*, Dariusz Stanisław Sobolewski

The article, based on the publication “Theory of Space” by DS Sobolewski, introduces initial results of analysis of the properties of space channels connecting the same border hypersurfaces of four-dimensional differential manifold immersed in a four-dimensional Euclidean space. It turns out that Doppler effects for space channels connecting boundary hypersurfaces βχ leading to an increase in their frequency (βγ photons which correspond to well-known photons) in the given field of space are completely different for the space channels connecting the αχ boundary hypersurfaces (predicted by the theory particles called photons alpha αγ), because photons αγ of this type are decreasing their frequency. However, in the fields of space in which photons decrease their frequency, photons βγ increase theirs. Provided photon properties are explained in this article. Additionally, this article shows that the TP theory enables interpretation of basic rules of modern physics, such as existence of inertial systems or the Mach’s principle, by application of the model of space and elementary particles. The article contains also a curious reference to the so called dark matter, black holes and travel in the Universe.