Subordinators Examples and Applications / Jean Bertoin |
Foreword / 0: |
Elements on subordinators / 1: |
Definitions and first properties / 1.1: |
The Lévy-Khintchine formula / 1.2: |
The renewal measure / 1.3: |
The range of a subordinator / 1.4: |
Regenerative property / 2: |
Regenerative sets / 2.1: |
Connection with Markov processes / 2.2: |
Asymptotic behaviour of last passage times / 3: |
Asymptotic behaviour in distribution / 3.1: |
The self-similar case / 3.1.1: |
The Dynkin-Lamperti theorem / 3.1.2: |
Asymptotic sample path behaviour / 3.2: |
Rates of growth of local time / 4: |
Law of the iterated logarithm / 4.1: |
Modulus of continuity / 4.2: |
Geometric properties of regenerative sets / 5: |
Fractal dimensions / 5.1: |
Box-counting dimension / 5.1.1: |
Hausdorff and packing dimensions / 5.1.2: |
Intersections with a regenerative set / 5.2: |
Equilibrium measure and capacity / 5.2.1: |
Dimension criteria / 5.2.2: |
Intersection of independant regenerative sets / 5.2.3: |
Burgers equation with Brownian initial velocity / 6: |
Burgers equation and the Hopf-Cole solution / 6.1: |
Brownian initial velocity / 6.2: |
Proof of the theorem / 6.3: |
Random covering / 7: |
Setting / 7.1: |
The Laplace exponent of the uncovered set / 7.2: |
Some properties of the uncovered set / 7.3: |
Levy processes / 8: |
Local time at a fixed point / 8.1: |
Local time at the supremum / 8.2: |
The spectrally negative case / 8.3: |
Bochner's subordination for Lévy processes / 8.4: |
Occupation times of a linear Brownian motion / 9: |
Occupation times and subordinators / 9.1: |
Levy measure and Laplace exponent / 9.2: |
Lévy measure via excursion theory / 9.2.1: |
Laplace exponent via the Sturm-Liouville equation / 9.2.2: |
Spectral representation of the Laplace exponent / 9.2.3: |
The zero set of a one-dimensional diffusion / 9.3: |
Lectures on Glauber Dynamics for Discrete Spin Models / Fabio Martinelli |
Introduction |
Gibbs Measures of Lattice Spin Models |
Notation |
Gibbs Measures |
Weak and String Mixing Conditions / 2.3: |
Mixing properties and bounds on relative densities / 2.4: |
The Glauber Dynamics |
The Dynamics in Finite Volume |
Infinite Volume Dynamics |
Graphical Construction / 3.3: |
Attractive Dynamics for Ferromagnetic Interactions / 3.4: |
Spectral Gap and Logarithmic Sobolev Constant / 3.5: |
From Single Spin Dynamics to Block Dynamics / 3.6: |
General Results on the Spectral Gap / 3.7: |
General Results on the Logarithmic Sobolev Constant / 3.8: |
Possible Rates of Convergence to Equilibrium / 3.9: |
One Phase Region |
The Attractive Case |
The General Case Recursive Analysis |
Boundary Phase Transitions |
The Solid-on-Solid Approximation |
Back to the Ising-Model |
Recent Progresses / 5.3: |
Phase Coexistence |
Some Preliminary Key Equilibrium Results |
A Geometric Bound on the Spectral Gap |
A Lower Bound on the Spectral Gap with + B.C |
A Lower Bound on the Spectral Gap with Free B.C / 6.4: |
Upper Bound on the Spectral Gap with Free B.C / 6.5: |
Mixed B.C / 6.6: |
Applications / 6.7: |
Glauber Dynamics for the Dilute Ising Model |
The Dynamics in the Paramagnetic Phase |
The Dynamics in the Griffiths Phase p < pc| |
The Dynamics in the Griffiths Phase p = pc |
A Coarse Grained Description Above pc / 7.4: |
Proof of the Main Results Above pc / 7.5: |
Probability on Trees an Introductory Climb / Yuval Peres |
Preface |
Basic Definitions and a Few Highlights |
Galton-Watson Trees |
General percolation on a connected graph |
The First-Moment Method |
Quasi-independent Percolation |
The Second Moment Method |
Electrical Networks |
Infinite Networks |
The Method of Random Paths / 10: |
Transience of Percolation Clusters / 11: |
Subperiodic Trees / 12: |
The Random Walks RWλ / 13: |
Capacity / 14: |
Intersection-Equivalence / 15: |
Reconstruction for the Ising Model on a Tree / 16: |
Unpredictable Paths in Z and EIT in Z3 / 17: |
Tree-Indexed Processes / 18: |
Recurrence for Tree-Indexed Markov Chains / 19: |
Dynamical Percolation / 20: |
Stochastic Domination Between Trees / 21: |
Subordinators Examples and Applications / Jean Bertoin |
Foreword / 0: |
Elements on subordinators / 1: |
Definitions and first properties / 1.1: |
The Lévy-Khintchine formula / 1.2: |
The renewal measure / 1.3: |