paper

The Transfer Matrix of Superintegrable Chiral Potts Model as the Q-operator of Root-of-unity XXZ Chain with Cyclic Representation of

arXiv:0705.2856 · doi:10.1088/1742-5468/2007/09/P09021

Abstract

We demonstrate that the transfer matrix of the inhomogeneous -state chiral Potts model with two vertical superintegrable rapidities serves as the -operator of XXZ chain model for a cyclic representation of with th root-of-unity and representation-parameter for odd . The symmetry problem of XXZ chain with a general cyclic -representation is mapped onto the problem of studying -operator of some special one-parameter family of generalized -models. In particular, the spin- XXZ chain model with and the homogeneous -state chiral Potts model at a specific superintegrable point are unified as one physical theory. By Baxter's method developed for producing -operator of the root-of-unity eight-vertex model, we construct the - and -operators of a superintegrable -model, then identify them with transfer matrices of the -state chiral Potts model for a positive integer . We thus obtain a new method of producing the superintegrable -state chiral Potts transfer matrix from the -model by constructing its -operator.

Latex 27 Pages; Typos and errors corrected, Improved version with clearer explanations for better presentation. Terminology and notations refined. References added and updated-Journal version

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