The Quantum Sine-Gordon Model and the Fermi-Bose Relation
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概要
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The Fermi-Bose relation is examined in detail. By the use of the Fermi-Bose relation we transform the sine-Gordon model into the massive Thirring model and investigate the massive Thirring model from the viewpoint of solid state physics where the momentum is cut off at a constant of the order of the inverse lattice constant. The energies of the soliton and of the soliton-antisoliton bound state are calculated in the weak coupling case and compared with those of Dashen, Hasslacher and Neveu; the results thus obtained agree very well with those of the above authors. It is shown that the soliton-soliton bound state, which has no classical analogue and is thus characteristic of the quantum models, appears in the attractive Fermion case. The correlation function which is connected with the central-peak problem is also calculated for the free soliton case, and the result is shown to be in good agreement with the one derived from the ideal gas approximation in the semiclassical approach. Lastly the transition to the zero mass state corresponding to the Kosterlitz Thouless transition is briefly discussed.
- 理論物理学刊行会の論文
- 1981-07-25
著者
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Takada S
Univ. Tsukuba Ibaraki
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TAKADA Satoshi
Institute of Physics,University of Tsukuba
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Misawa Susumu
Kodama High School
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Takada Satoshi
Institute For Solid States Physics University Of Tokyo : Department Of Physics College Of General Education University Of Tokyo
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TAKADA Satoshi
Department of Physics, Tokyo University of Education, Tokyo
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