A Composite Model of Elementary Particles in the Broken U_3 Symmetry Scheme
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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
- 1964-04-25
著者
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Sogami Ikuo
Department Of Physics Kyoto Sangyo University
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Sogami Ikuo
Department Of Physics Kyoto University
関連論文
- Single and Double Universal Seesaw Mechanisms with Universal Strength for Yukawa Couplings : Particles and Fields
- Universal Seesaw Mechanism with Universal Strength for Yukawa Couplings : Particles and Fields
- Approximate Sum Rules of CKM Matrix Elements from Quasi-Democratic Mass Matrices
- Higher Derivative Gravity in Generalized Covariant Derivative Formalism
- Mininal SU(5) Grand Unified Theory Based on Generalized Covariant Derivatives with Gauge and Higgs Fields
- Unified Description of q-Deformed Harmonic Oscillators
- Generalized Dirac Equation with Four Orthogonal Families of Spin 1/2 Solutions
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- q-Deformed and c-Deformed Harmonic Oscillators
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- A Phenomenological Formula for KM Matrix
- Universal Seesaw Mechanism for Quarks and Leptons : Particles and Fields
- Matter-Induced Neutrino Oscillation in Double Universal Seesaw Model : Particles and Fields
- Breakdown of SU_3 Symmetry and Baryon-Lepton Correspondence
- Elastic Scattering between Binary Quark-Antiquark System and Local Field
- Generalized Covariant Derivative with Gauge and Higgs Fields in the Standard Model : Particles and Fields
- New Algebraic Unified Theory of Leptons and Quarks
- A Composite Model of Elementary Particles in the Broken U_3 Symmetry Scheme
- Reconstruction of Non-Local Field Theory. I : Causal Description
- Free Energies of Macroionic Suspensions and the Equation of State for Osmotic Pressure(Condensed Matter and Statistical Physics)
- Unifying Weak Chiral Symmetry for Gauge and Higgs Interactions
- SO(10) Grand Unified Theory in Generalized Covariant Derivative Formalism
- Universal Seesaw Mechanism with Universal Strength for Yukawa Couplings : Particles and Fields
- Free Energies of Macroionic Suspensions and the Equation of State for Osmotic Pressure(Condensed Matter and Statistical Physics)