Continued Fractions and Fermionic Representations for Characters of M(p,p') minimal models
arXiv:hep-th/9412030 · doi:10.1007/BF00400138
Abstract
We present fermionic sum representations of the characters of the minimal models for all relatively prime integers for some allowed values of and . Our starting point is binomial (q-binomial) identities derived from a truncation of the state counting equations of the XXZ spin chain of anisotropy . We use the Takahashi-Suzuki method to express the allowed values of (and ) in terms of the continued fraction decomposition of (and ) where stands for the fractional part of These values are, in fact, the dimensions of the hermitian irreducible representations of (and ) with (and We also establish the duality relation and discuss the action of the Andrews-Bailey transformation in the space of minimal models. Many new identities of the Rogers-Ramanujan type are presented.
Several references, one further explicit result and several discussion remarks added
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