Possible Cosmological Consequences of the Theory of Elementary Particles with Finite Degree of Freedom

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概要

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• The theory of finite degree of freedom introduces a universal time-like vector N_μ in the momentum space (Minkowski) in order to remove the indefiniteness of the momentum degree of freedom of elementary particles. In this paper, we assume a cosmological model (finite, with an expanding boundary) and discuss that the center of mass of the universe is determined by the vector N_μ when we assume the "maximum excitation" in an early stage of the universe. The model is closely related to the special relativity (Milne) model but deviates from it on account of the abandonment of the cosmological principle. Our model should be considered as a zeroth order approximation in a low density model. A singularity of density in low density models is discussed and it is shown that the universal vector N_μ serves also to remove this singularity.

• 理論物理学刊行会の論文
• 1967-04-25

著者

• Tati Takao

  Research Institute For Theoretical Physics Hiroshima University

関連論文

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• The Many-Body-System-Like Structure of the Basic Particle
• Concepts of Space-Time in Physical Theories : Non-Spatio-Temporal Description and Universal Present
• Possible Cosmological Consequences of the Theory of Elementary Particles with Finite Degree of Freedom
• The Theory of Finite Degree of Freedom : Its Philosophical Background and Physical Consequences
• A Picture of Strong and Super-Strong Interactions
• Lorentz-Factors and Masses of Fireballs : Excitations of Hadronic Matter
• On the Degree of Freedom in Quantum Field Theory : Cutoff and Space-Time Structure
• Hot Universe, Cosmic Rays of Ultrahigh Energy and Absolute Reference System

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