Random-Cluster Measures / 1: |
Introduction / 1.1: |
Random-cluster model / 1.2: |
Ising and Potts models / 1.3: |
Random-cluster and Ising/Potts models coupled / 1.4: |
The limit as q [down arrow] 0 / 1.5: |
Basic notation / 1.6: |
Monotonic Measures / 2: |
Stochastic ordering of measures / 2.1: |
Positive association / 2.2: |
Influence for monotonic measures / 2.3: |
Sharp thresholds for increasing events / 2.4: |
Exponential steepness / 2.5: |
Fundamental Properties / 3: |
Conditional probabilities / 3.1: |
Differential formulae and sharp thresholds / 3.2: |
Comparison inequalities / 3.4: |
Partition functions / 3.5: |
Domination by the Ising model / 3.7: |
Series and parallel laws / 3.8: |
Negative association / 3.9: |
Infinite-Volume Measures / 4: |
Infinite graphs / 4.1: |
Boundary conditions / 4.2: |
Infinite-volume weak limits / 4.3: |
Infinite-volume random-cluster measures / 4.4: |
Uniqueness via convexity of pressure / 4.5: |
Potts and random-cluster models on infinite graphs / 4.6: |
Phase Transition / 5: |
The critical point / 5.1: |
Percolation probabilities / 5.2: |
Uniqueness of random-cluster measures / 5.3: |
The subcritical phase / 5.4: |
Exponential decay of radius / 5.5: |
Exponential decay of volume / 5.6: |
The supercritical phase and the Wulff crystal / 5.7: |
Uniqueness when q < 1 / 5.8: |
In Two Dimensions / 6: |
Planar duality / 6.1: |
The value of the critical point / 6.2: |
First-order phase transition / 6.3: |
General lattices in two dimensions / 6.5: |
Square, triangular, and hexagonal lattices / 6.6: |
Stochastic Lowner evolutions / 6.7: |
Duality in Higher Dimensions / 7: |
Surfaces and plaquettes / 7.1: |
Basic properties of surfaces / 7.2: |
A contour representation / 7.3: |
Polymer models / 7.4: |
Discontinuous phase transition for large q / 7.5: |
Dobrushin interfaces / 7.6: |
Probabilistic and geometric preliminaries / 7.7: |
The law of the interface / 7.8: |
Geometry of interfaces / 7.9: |
Exponential bounds for group probabilities / 7.10: |
Localization of interface / 7.11: |
Dynamics of Random-Cluster Models / 8: |
Time-evolution of the random-cluster model / 8.1: |
Glauber dynamics / 8.2: |
Gibbs sampler / 8.3: |
Coupling from the past / 8.4: |
Swendsen-Wang dynamics / 8.5: |
Coupled dynamics on a finite graph / 8.6: |
Box dynamics with boundary conditions / 8.7: |
Coupled dynamics on the infinite lattice / 8.8: |
Simultaneous uniqueness / 8.9: |
Flows in Poisson Graphs / 9: |
Potts models and flows / 9.1: |
Flows in the Ising model / 9.2: |
Exponential decay for the Ising model / 9.3: |
The Ising model in four and more dimensions / 9.4: |
On Other Graphs / 10: |
Mean-field theory / 10.1: |
On complete graphs / 10.2: |
Main results for the complete graph / 10.3: |
The fundamental proposition / 10.4: |
The size of the largest component / 10.5: |
Proofs of main results for complete graphs / 10.6: |
The nature of the singularity / 10.7: |
Large deviations / 10.8: |
On a tree / 10.9: |
The critical point for a tree / 10.10: |
(Non-)uniqueness of measures on trees / 10.11: |
On non-amenable graphs / 10.12: |
Graphical Methods for Spin Systems / 11: |
Random-cluster representations / 11.1: |
The Potts model / 11.2: |
The Ashkin-Teller model / 11.3: |
The disordered Potts ferromagnet / 11.4: |
The Edwards-Anderson spin-glass model / 11.5: |
The Widom-Rowlinson lattice gas / 11.6: |
The Origins of FK(G) / Appendix: |
List of Notation |
References |
Index |
Random-Cluster Measures / 1: |
Introduction / 1.1: |
Random-cluster model / 1.2: |
Ising and Potts models / 1.3: |
Random-cluster and Ising/Potts models coupled / 1.4: |
The limit as q [down arrow] 0 / 1.5: |