The Structure of Weak Interactions

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概要

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• The structure of weak interaction is investigated as that resulting from the intermediate boson theory proposed by one of the present authors (Y. T.) and Watanabe. It gives a theoretical framework in which the chirality conserving weak interactions have justification. Some consequences inferred from the theory are compared with the high energy neutrino experiments.

• 理論物理学刊行会の論文

著者

• Nakamura Seitaro

  Department Of Physics University Of Tokyo And Nihon University

• Nakamura Seitaro

  Department Of Physics Facult Of Science University Of Tokyo

• Tanikawa Yasutaka

  Department of Physics, Kobe University

• Tanikawa Yasutaka

  Department Of Physics Kobe University

• Nakamura Seitaro

  Department of Applied Physics, Faculty of Science Tokyo Institute of Technology

関連論文

• Interpretation of η→3π and K→2π by Meso-Strong Interactions
• Analysis on the Two Meson Theory
• Analysis on the Two Meson Theory
• Part V On the Method of the Theory of Nuclear Forces
• On the Method of the Theory of Nuclear Forces
• On the Method of the Theory of Elementary Particles
• On the Matrix Elements ot the Beta Decay
• On the Fundamental Concepts in the Theory of Elementary Particles. II : Present Problems
• On the Fundamental Concepts in the Theory of Elementary Particles. I : History of the Tomonaga Theory of Fields
• Strong Meson Dominance Model and the G-Parity Non-Conserving Weak Interactions
• β-Ray Spectrum of RaE
• The O(4) Symmetry and the Effects of Particle Mixing
• On the Mesonic Correction to the β-Decay
• Particle Dynamics in De-Sitter Space
• The Structure of Weak Interactions
• Mass Spectra of Baryons
• Strong Interaction of Baryons
• On the Weak Interaction of Baryons
• The Second Class Current and the Strong Meson Dominance Model
• β-Rays Emitted from the Polarized Nuclei and β-Decay Interactions on the Strong Meson-Dominance Model
• β-Ray Spectrum and ft-Values in the Forbidden Transitions^*
• Quantum Numbers of Particles
• Interaction Types and Selection Rules in Baryon Processes
• Selection Rules and Mass Spectrum of Particles I
• Symmetry of New Particles
• An Interpretation of New Particles ψ in the Theory of the O(4) Symmetry
• Systematics of Particles : Rotation Levels and Hyper Multiplet
• High Energy Neutrino Reactions and Physical Interpretation of the Weak Angle by the Theory of Weak Bosons
• Dual Models of Weak Interactions of Leptons and Quarks
• On the Theory of Beta-decay
• Particle Dynamics and Symmetries in De Sitter Space
• On the Intermediate Boson Hypotheses of Weak Interactions
• A Note on the Nuclear Reactions in Stars
• The μ^-p Resonance and Duality in Weak Processes
• Intermediate Boson Theory in the Super-Weak Coupling with Neutrino
• Lepton-Baryon Resonances and Duality in Weak Processes
• Nuclear Shell Model and the β-Decay Schemes, I
• Non-Leptonic Decay in the Theory of O(4) Symmetry
• An Interpretation of Niu's Event in the Theory of the O(4) Symmetry
• On the Decay of Kaons
• A Quartet Kaon Theory in O(4) Symmetry and CP Law. I
• On the Interactions Forms of the Beta-decay
• On the Nature of Muon
• A New Interpretation of the Negative Energy Bose Field
• Symmetry of the Leptons and the Intermediate Bosons
• Theory of the Intermediary Mesons
• Mass Spectra of Particles and Model of the Strong Interactions
• Symmetry of the Strong Interaction in the Four-Dimensional Isotopic-Spin Space and in the Three-Dimensional κ-Space
• Test of the Intermcdiary Boson Theory
• A Composite Model in the Theory of the O(4) Symmetry

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