Phase Transition Properties of 3D Potts Models

Abstract

Using multicanonical Metropolis simulations we estimate phase transition properties of 3D Potts models for q=4 to 10: The transition temperatures, latent heats, entropy gaps, normalized entropies at the disordered and ordered endpoints, interfacial tensions, and spinodal endpoints.

18 pages, 7 figures. Correction of minor typos, one reference added

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Cited by in corpus (19)

• Aperiodic topological order in the domain configurations of functional materials
• Phase Transitions of Ferromagnetic Potts Models on the Simple Cubic Lattice
• q-State Potts model metastability study using optimized GPU-based Monte Carlo algorithms
• Critical behavior of 3D Z(N) lattice gauge theories at zero temperature
• The three-dimensional, three state Potts model in a negative external field
• Density of Yang-Lee zeros in the thermodynamic limit from tensor network methods
• Partial long-range order in antiferromagnetic Potts models
• Evaporation/condensation transition of the two dimensional Potts model in microcanonical ensemble
• First-Order to Second-Order Phase Transition Changeover and Latent Heats of q-State Potts Models in d=2,3 from a Simple Migdal-Kadanoff Adaptation
• Anomalous metastability in a temperature-driven transition
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• Thermodynamics of two lattice ice models in three dimensions
• Overcoming strong metastabilities with the LLR method
• A numerical method for determining the interface free energy
• Phenomenological theory of the Potts model evaporation-condensation transition
• Spinodal-like scaling behavior after a temperature quench across the first-order phase transition in three-dimensional $q$-state Potts models
• The Merged Potts-Clock Model: Algebraic and Conventional Multistructured Multicritical Orderings in Two and Three Dimensions