Relation of local and global properties of matter in the 5-dimensional field theory
AbstractAbstract
[en] The five-dimensional field theory is used for realizing the idea of the relationship between the properties of elementary particles and the global properties of the Universe. The dependence of the properties of matter in the small on the global properties of the World is considered for the Riemann five-dimensional space and for metric which is an analog of the Reissner-Nordstrom metric in the general relativity theory. The equations of motion of a test particle are analyzed. It is concluded that in the theory discussed, a particle with an effective ratio e/m, completely determined by the characteristics of a central source (e is the charge, and m - the mass of the test body), is possible. The characteristic of e/m of a charged test particle is expressed in terms of the total mass of the World. The total mass of the Universe is estimated, it is equal to approximately 1057 g. The.metric of the isotropic closed and open Universe models is being found
Original Title
Svyaz' lokal'nykh i global'nykh svojstv materii v 5-mernoj teorii polya
Primary Subject
Source
Stanyukovich, K.P. (ed.); p. 162-168; 1977; p. 162-168; Atomizdat; Moscow; 10 refs.
Record Type
Book
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