General Structural Results for Potts Model Partition Functions on Lattice Strips
arXiv:cond-mat/0201223 · doi:10.1016/S0378-4371(02)01028-2
Abstract
We present a set of general results on structural features of the -state Potts model partition function for arbitrary and temperature Boltzmann variable for various lattice strips of arbitrarily great width vertices and length vertices, including (i) cyclic and Möbius strips of the square and triangular lattice, and (ii) self-dual cyclic strips of the square lattice. We also present an exact solution for the chromatic polynomial for the cyclic and Möbius strips of the square lattice with width (the greatest width for which an exact solution has been obtained so far for these families). In the limit, we calculate the ground-state degeneracy per site, and determine the boundary across which is singular in the complex plane.
49 pages, latex, four postscript figures
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Cited by in corpus (10)
- Transfer Matrices and Partition-Function Zeros for Antiferromagnetic Potts Models III. Triangular-Lattice Chromatic Polynomial
- Transfer Matrices and Partition-Function Zeros for Antiferromagnetic Potts Models. IV. Chromatic polynomial with cyclic boundary conditions
- Transfer Matrices for the Partition Function of the Potts Model on Toroidal Lattice Strips
- Transfer Matrices for the Partition Function of the Potts Model on Cyclic and Mobius Lattice Strips
- Transfer Matrices for the Zero-Temperature Potts Antiferromagnet on Cyclic and Mobius Lattice Strips
- Lower Bounds on the Ground State Entropy of the Potts Antiferromagnet on Slabs of the Simple Cubic Lattice
- Ground State Entropy of the Potts Antiferromagnet on Homeomorphic Expansions of Kagome Lattice Strips
- Potts Partition Function Zeros and Ground State Entropy on Hanoi Graphs
- Improved Lower Bounds on the Ground-State Entropy of the Antiferromagnetic Potts Model
- Exact Potts/Tutte Polynomials for Hammock Chain Graphs