1989Journal of Physics A Mathematical and GeneralRequires access

Exact solution of Potts random energy models with weak connectivity and of the many-states Potts spin glass

Yadin Y. Goldschmidt

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Abstract

The author generalises Derrida's random energy model to the Potts spin glass with p-spin interactions in the limit of large p. He solves the model exactly for the cases of strong and weak connectivity. In the latter case he shows how to solve the model using replicas and obtains a solution for the value of the set of order parameters Q r1. . .rs alpha 1. . . alpha s . He then derives the large-q limit of the ordinary q-state Potts spin glass on a lattice with finite connectivity.

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What this paper is about

The author generalises Derrida's random energy model to the Potts spin glass with p-spin interactions in the limit of large p. He solves the model exactly for the cases of strong and weak connectivity. In the latter case he shows how to solve the model using replicas and obtains a solution for the value of the set of order parameters Q r1. . .rs alpha 1. . . alpha s . He then derives the large-q limit of the ordinary q-state Potts spin glass on a lattice with finite connectivity.

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OpenAlex reports 10 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The author generalises Derrida's random energy model to the Potts spin glass with p-spin interactions in the limit of large p. He solves the model exactly for the cases of strong and weak connectivity. In the latter case he shows how to solve the model using replicas and obtains a solution for the value of the set of order parameters Q r1. . .rs alpha 1. . . alpha s . He then derives the large-q limit of the ordinary q-state Potts spin glass on a lattice with finite connectivity.

Key concepts: Potts model, Spin glass, Chiral Potts curve, Limit (mathematics), Statistical physics, Lattice (music), Spin (aerodynamics), Physics

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