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Boundary structure and module decomposition of the bosonic Z(2) orbifold models with R-2=1/2k

机译:R-2 = 1 / 2k的Bosonic Z(2)双折叠模型的边界结构和模分解

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The Z(2) bosonic orbifold models with compactification radius R-2 = 1/2k are examined in the presence of boundaries. Demanding the extended algebra characters to have definite conformal dimension and to consist of an integer sum of Virasoro characters, one arrives at the right splitting of the partition function. This is used to derive a free field representation of a complete, consistent set of boundary states, compatible with the modular transformations of the characters. Finally the modules of the extended symmetry algebra that correspond to the finitely many characters are identified inside the direct sum of Fock modules that constitute the space of states of the theory. (C) 2002 Elsevier Science (USA). [References: 9]
机译:在存在边界的情况下检查了压实半径R-2 = 1 / 2k的Z(2)玻色双折模型。要求扩展的代数字符具有确定的共形维数并由Virasoro字符的整数和组成,一个就达到了分区函数的正确分割。这用于派生完整,一致的边界状态集的自由域表示形式,与字符的模块化转换兼容。最后,在构成理论状态空间的Fock模块的直接和内,确定了与有限个字符相对应的扩展对称代数的模块。 (C)2002 Elsevier Science(美国)。 [参考:9]

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