Algebra of signatures. Articles

Announced: Fully geometrized physics from the standpoint of the Algebra of signatures (Alsigna) (view in docx)

  1. Longitudinal and transverse quantization of the "vacuum". Fundamentals of the Algebra of Signatures
    (view in docx)

  2. Extensions of the Einstein field equations and their solutions
    (view in docx)

  3. Derivation of the Schrödinger Equations
    (view in docx) arXiv:2011.09901

  4. Excited States of Spherical Vacuum Formation Cores (Basics of quantum geometrophysics)
    (view in docx)

  5. The overall dynamics of vacuum layers and «vacuum electrostatics»
    (view in docx)

  6. «Ålectron» motion. «Vacuum electrodynamics»
    (view in docx)

  7. Metric-dynamic models of different varieties of «neutrinos» in the framework of the axiomatics of the Algebra of signatures
    (view in docx)

  8. Vacuum electrostatics in the framework of the Algebra of signatures. Interaction of stationary «particles» and «antiparticles»
    (view in docx)

  9. Gravity in the framework of the axiomatics of the Algebra of signatures. Interaction of uncharged «particles»
    (view in docx)

  10. Volumetric Diagrams of Scattering of Microparticles on Statistically Uneven Surfaces
    (view in docx)

  11. Quantized States of The Nucleus of a Biological Cell
    (view in docx)

  12. The Geometrized Vacuum Physics Based On the Algebra of Signature
    (view in docx) doi:10.20944/preprints202106.0658.v1

  13. Stochastic Approach to Determining the Mass Standard Based on the Fixed Values of Fundamental Physical Constants
    (view in docx) arXiv:2205.03270 doi:10.3390

  14. The Diffraction of Microparticles on Single-layer and Multi-layer Statistically Uneven Surfaces
    (view in docx) arXiv:2007.13527

  15. Multilayer and Multilevel Cosmological Models Based on Solutions of the Extended Einstein Field Equations
    (view in docx) doi:10.20944/preprints202302.0353.v1

  16. Stochastic Model of Microparticle Scattering On a Crystal
    arXiv:2110.00372v1

  17. Geometrized Vacuum Physics. Part I. Algebra of Stignatures
    (view in docx) 10.20944/preprints202306.0765.v1