Role of Massless Vector Currents in the Joining of Matter-Antimatter Worlds and the Removal of Pinch-Off Singularity

スポンサーリンク

概要

• 論文の詳細を見る

• Previously a model of the closed universe was proposed in which two almost closed Friedmann worlds, one filled with the dust of ordinary matter and the other filled with the dust of antimatter, are joined through a narrow Schwarzschild throat to form a single closed universe possessing zero baryonic charge. In the present paper it is pointed out that if the two oppositely charged (baryonically) near Friedmann worlds are not only gravitationally but also electrically or ultraweakly coupled by the conserved massless vector currents(electric or Yang-Mills field) appearing as a result of the "spontaneous separation" of matter-antimatter worlds, the throat joining the two worlds is prevented from shrinking to a point singularity by the vector current flowing through it or the whole universe is prevented from fissioning into two separate closed worlds at the time of the maximum contraction of the universe even when the matter (antimatter) density exceeds a critical value.

• 理論物理学刊行会の論文
• 1973-08-25

著者

• Hokkyo Noboru

  Hitachi Atomic Energy Research Laboratory

関連論文

• A Role of the Uncertainty Principle in General Relativity and the Limiting Size of Collapsing Fermion Spheres
• Evolutionary Regeneration Model of Thought Process
• Joining of Two Semiclosed Worlds and a Cosmological Model of Matter-Antimatter Asymmetry
• Role of Massless Vector Currents in the Joining of Matter-Antimatter Worlds and the Removal of Pinch-Off Singularity
• A Remark on the Norm of the Unstable State : A Role of Adjoint Wave Functions in Non-Self-Adjoint Quantum Systems
• A Plasma Model of brain Dynamics
• Cosmological Role of Weak Currents and a Quasar Model
• The Role of the Fluctuating Velocity Distribution in the Relaxation of Charged Particles in a Disturbed Plasma
• On the Effect of the Roughness of Wall Surfaces on the Critical Velocity of a Superfluid

スポンサーリンク