Multi-Local Hadron Fields : A Unified Relativistic Bose Quark Model
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概要
- 論文の詳細を見る
A systematic investigation on the world of hadrons is made based on a unified model without the color freedom. Here respective hadrons are described by the Fierz-components of multi-local fields, which play a role of wave functions in the usual approach and, at the same time, are second-quantized by following the usual spin-statistics connection. First in Part I we introduce a new Fock-space concerning a "urciton" which might reflect an exciton of some "extended object" and is quantized with a Bosetype commutator. Various multi-local fields for both non-exotic and exotic hadrons are organized as Fock-amplitudes of a general vector in this space. Our kinematical framework as a relativistic quark model has a characteristic feature to be called a boosted SU(6) xotime O(3) scheme, and is applied successfully to phenomenological analyses of various phenomena concerning non-exotic hadrons in Part II. Which is true, our "white" Bose quarks or the conventional colored Fermi quarks? This problem is discussed in Part III, investigating mainly non-leptonic weak interactions and level structures of exotic particles which become very much different in the two approaches, reflecting the difference of supposed quark-statistics.
- 理論物理学刊行会の論文
- 1980-04-25
著者
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ODA Masuho
Faculty of Engineering, Kokushikan University
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Oda Masuho
Faculty Of Engineering Kokushikan University
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ODA Masuho
School of Science and Engineering, Kokushikan University
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Ishida Shin
Atomic Energy Research Institute College Of Science And Technolgy Nihon University
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ISHIDA Shin
Atomic Energy Research Institute, College of Science and Technolgy Nihon University
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ODA Masuho
Faculty of Engineering. Kokushikan University
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