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Journal of Physics A Mathematical and General

Towards an exhaustive classification of the star-triangle relation. II

J.-M. Maillard, Thomas Garel

Published Apr 21, 1984• 5 citations
Publisher

Abstract

For pt.I see ibid, vol.17, p.1251 (1984). The authors continue their study of the star-triangle relation for two-component spin models, with the help of the inversion relation. The conclusion is that the most general interaction-round-a-face models (16 non-zero parameters) that satisfy the star-triangle relations are mainly Baxter (1972) and Fan and Wu (1970) models. In this way they recover Krichever's result (1981) for the classification of the star-triangle relations for vertex models. They sketch a generalisation of this approach to models with excluded configurations, to staggered models, and to three-dimensional models (tetrahedron relations).

DOI
10.1088/0305-4470/17/6/022

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For pt.I see ibid, vol.17, p.1251 (1984). The authors continue their study of the star-triangle relation for two-component spin models, with the help of the inversion relation. The conclusion is that the most general interaction-round-a-face models (16 non-zero parameters) that satisfy the star-triangle relations are mainly Baxter (1972) and Fan and Wu (1970) models. In this way they recover Krichever's result (1981) for the classification of the star-triangle relations for vertex models. They sketch a generalisation of this approach to models with excluded configurations, to staggered models, and to three-dimensional models (tetrahedron relations).
The authors study the star-triangle relation for two-component spin models on a square lattice, in order to classify exhaustively such a relation. For this purpose, they obtain necessary conditions for the star-triangle relation to be satisfied, by considering the commutation of transfer matrices of arbitrary size N, for small N. The number of such conditions is compared with the number of relevant parameters of the model, and we are led to distinguish two very different cases. Only the first one is dealt with in this paper.