Theory of the Interaction of Elementary Particles. V. : The Problem of Vacuum Polarization(3)

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概要

• 論文の詳細を見る
• 理論物理学刊行会の論文

著者

• Umezawa Hiroomi

  Institute Of Theoretical Physics Nagoya University

• Yamada Eiji

  Institute Of Theoretical Physics Nagoya University

• Umezawa Hiroomi

  Institute Of Theoretial Physics Nagoya University

• Yamada Eiji

  Institute For Theoretical Physics Nagoya University

関連論文

• On the Absorption of the Negative π-meson by Deuteron
• On the Transition Matrix and the Green Function in the Quantum Field Theory
• On the Problem of Gauge-Invariancy and Divergence in the Theory of Elementary Particles, I
• Pion Reactions in One Nucleon System and Nucleon lsobars
• On the Applicability of the Method of the Mixed Fields in the Theory of the Elementary Particles
• On the Structure of the Interaction of the Elementary Particles, I : The Renormalizability of the Interactions
• The Vaccum in Quantum Electrodynamics
• On the Structure of the Interaction of the Elementary Pasticles, IV : On the Interaction of the Second Kind
• On the Renormalization in Quantum Electrodynamics
• The Self-energy of a Dirac Particle, and its Relativistic Covariance.
• Vacuum Polarization due to Various Charged Particles.
• Theory of the Interaction of Elementary Particles. V. : The Problem of Vacuum Polarization(3)
• Theory of the Interaction of Elementary Particles, IV_2. : The Problem of Vacuum Polarisation. (2)
• Theory of the Interaction of Elementary Particles. IV_1. : The Problem of Vacuum Polarization(1)
• Some General Formulae relating to Vacuum Polarization
• On the Self-stress
• The General Theory of the Interaction Representation, II : General Fields and Interactions
• On the Problem of Covariance in Quantum Electrodynamics, I
• On the Structure of the Interactions of the Elementary Particles, III : On the Renormalizable Field Theory
• On the Foundation of the Unified Nuclear Model, II
• On the Problem of Covariance in Quantum Electrodynamics, II
• The General Theory of the Interaction Representation, I : The Local Field
• On the Families of Spinor Fields
• On the Relativistically Improved Integration in Perturbation Theory. : Its Meaning in Feynman Theory
• An Improvement on the Integrations appearing in Perturbation Theory.

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