Massless Vector Gluons in a Unified Gauge Theory of Weak, Electromagnetic and Strong Interactions

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概要

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• Spontaneously broken SU(2)×U(1)×SU(3)′gauge symmetry of weak, electromagnetic and strong interaction is given. All generators of SU(3)′commute with those of ordinary SU(3). Fractionally charged twelve quarks are assigned to four triplets of SU(3)′. Possible unbroken SU(3)′symmetry with massless gluon-like gauge bosons is suggested. Strong interactions are induced by these massless gluons. Leptons are assigned to singlets of SU(3)′and so leptons have no strong interactions. Potentials due to massless gluons suggest low lying bound states (usual hadrons) for SU(3)′singlet three-quark states and SU(3)′singlet quark-antiquark states. One massless gluon cannot be emitted in usual hadron processes. Two or more massless gluon emissions in usual hadron processes are suppressed. When quarks are observed, they should emit massless gluons easily.

• 理論物理学刊行会の論文
• 1974-05-25

著者

• Minamikawa T

  Department Of Physics Tokyo University Of Mercantile Marine

• Minamikawa Toshiyuki

  Department Of Physics Tokyo University Of Mercantile Marine

• ITOH Chiaki

  Department of Physics, Meiji-Gakuin University

• MIURA Kimio

  Department of Physics, Nippon Ika University

• WATANABE Tsunetoshi

  Department of Physics, Asia University

• Itoh Chiaki

  Department Of Physics Meiji-gakuin University

• Miura Kimio

  Department Of Physics Nippon Ika University

• Watanabe Tsunetoshi

  Department Of Physics Asia University

• Minamikawa Toshiyuki

  Department Of Physics Tokyo University Of Education

• ITOH Chiaki

  Department of Physics, Meiji-Gakuen University

• Miura Kimio

  Department of Mechanical Systems,Faculty of Computer Science and Systems Engineerig,Kyushu Institute of Technology

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