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List of publications on a keyword: «движение частиц»

  • Metriko-dinamicheskie modeli razlichnykh sortov "neitrino" v ramkakh aksiomatiki Algebry signatur

    Book Chapter
    Education and science: current trends No 1
    Author:
    Mikhail S. Batanov
    Work direction:
    Парадигмы современной науки
    Abstract:
    This work is a continuation of a series of papers [1–6] devoted to the development of fully geometrized physics on the basis of the Algebra of Signatures axiomatics. For shortening, the Algebra of Signatures is often called «Alsign». In the previous articles [1–6], metric-dynamic models of practically all elementary «particles» (fermions and bosons), included in the Standard Model (with the exception of «neutrinos» and Higgs bosons) were proposed. This monograph proposes metric-dynamic models of various «neutrino» varieties, and thus completes a full set of stable «vacuum» formations, which fully agrees with the elements of the Standard Model. The discussion of the possibility of the existence in the framework of Alsigna of a model representation of Higgs bosons is beyond the scope of this paper. However, it is already obvious now that the introduction of additional fields and entities is not required to explain the inert properties of stable «vacuum» formations.
    Keywords:
    vacuum, local vacuum formation, particle motion, neutrino, electron neutrino
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  • Dvizhenie "elektrona". "Vakuumnaia elektrodinamika"

    Book Chapter
    Education and science: current trends
    Author:
    Mikhail S. Batanov
    Work direction:
    Парадигмы современной науки
    Abstract:
    Тhis work is a continuation of a series of articles devoted to the development of fully geometrized physics on the basis of the axiomatics of the Algebra of Signatures [1–5]. This article discusses the motion of stable vacuum formations in a "vacuum" (in a continuous "medium" from which they consist themselves) and the foundations of a completely geometrized "vacuum electrodynamics" are laid.
    Keywords:
    vacuum, local vacuum formation, vacuum electrodynamics, particle motion
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