finsler geometry, hypercomplex numbers and physics
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"HyperComplex Numbers in Geometry and Physics" 1 (7), vol. 4, 2007
j007

Content of Issue is in the theme. The journal in one file is below.


2007jaz


English: Russian:
07-01.pdf, 520,300 Kb, PDF


2007jay


English: Russian:
07-02.pdf, 559,666 Kb, PDF


2007jax


English: Russian:
07-03.pdf, 511,408 Kb, PDF


2007jaw


English: Russian:
07-04.pdf, 488,837 Kb, PDF


2007jav


English: Russian:
07-05.pdf, 604,809 Kb, PDF


2007jau


English: Russian:
07-06.pdf, 518,7 Kb, PDF


2007jat


English: Russian:
07-07.pdf, 783,537 Kb, PDF


2007jas


English: Russian:
07-08.pdf, 585,1021 Kb, PDF


2007jar


English: Russian:
07-09.pdf, 596,196 Kb, PDF

Inertial navigation equations and the quaternion space-time theory
2007jaq | V. F. Chub  // Korolev Rocket-Space Corporation ``Energiya'', Russia

The comparative analysis of relativistic and nonrelativistic inertial navigation equations in space free of gravitational field was performed in review. In order to represent the equations, the use is made of the quaternions with real, dual, complex and complex-dual factors. Within the theory based upon the quaternions with complex-dual factors (the quaternion space-time theory) it was demonstrated that the transformations forming in the context of a special relativity theory Poincare group and in the context of classical Newton mechanics Galilei group were open. The inertial navigation equation consistent with the quaternion space-time theory was given and its absurdity was noted.


English: Russian:
07-10.pdf, 678,455 Kb, PDF

A mathematical description of the fermionic state
2007jap | Rowlands P.  // Department of Physics, University of Liverpool, Oliver Lodge Laboratory, Liverpool, UK, p.rowlands@liverpool.ac.uk

The fermionic state is the foundation for the whole of physics. Physics is entirely concerned with fermions and their interactions, and nothing else. It is possible to derive a mathematical expression for the fermionic state, which is an operator only, not an equation, or wavefunction. This operator appears to contain within it all the information needed to construct fermion interactions and particle states. Extensions to particle representations using Finsler geometry could find this formalism a particularly accessible link.


English: Russian:
07-11.pdf, 681,702 Kb, PDF 07-11.pdf, 681,702 Kb, PDF


2007jao


English: Russian:
07-12.pdf, 648,971 Kb, PDF


2007jan


English: Russian:
07-13.pdf, 573,875 Kb, PDF

Journal in one file :


English: Russian:
main-07.pdf, 1910,699 Kb, PDF