Preface |
Frequently used notation |
Motivation |
Brownian motion as a random function / 1: |
Paul Lévy's construction of Brownian motion / 1.1: |
Continuity properties of Brownian motion / 1.2: |
Nondifferentiability of Brownian motion / 1.3: |
The Cameron-Martin theorem / 1.4: |
Exercises |
Notes and comments |
Brownian motion as a strong Markov process / 2: |
The Markov property and Blumenthal's 0-1 law / 2.1: |
The strong Markov property and the reflection principle / 2.2: |
Markov processes derived from Brownian motion / 2.3: |
The martingale property of Brownian motion / 2.4: |
Harmonic functions, transience and recurrence / 3: |
Harmonic functions and the Dirichlet problem / 3.1: |
Recurrence and transience of Brownian motion / 3.2: |
Occupation measures and Green's functions / 3.3: |
The harmonic measure / 3.4: |
Hausdorff dimension: Techniques and applications / 4: |
Minkowski and Hausdorff dimension / 4.1: |
The mass distribution principle / 4.2: |
The energy method / 4.3: |
Frostman's lemma and capacity / 4.4: |
Brownian motion and random walk / 5: |
The law of the iterated logarithm / 5.1: |
Points of increase for random walk and Brownian motion / 5.2: |
Skorokhod embedding and Donsker's invariance principle / 5.3: |
The arcsine laws for random walk and Brownian motion / 5.4: |
Pitman's 2M - B theorem / 5.5: |
Brownian local time / 6: |
The local time at zero / 6.1: |
A random walk approach to the local time process / 6.2: |
The Ray-Knight theorem / 6.3: |
Brownian local time as a Hausdorff measure / 6.4: |
Stochastic integrals and applications / 7: |
Stochastic integrals with respect to Brownian motion / 7.1: |
Conformal invariance and winding numbers / 7.2: |
Tanaka's formula and Brownian local time / 7.3: |
Feynman-Kac formulas and applications / 7.4: |
Potential theory of Brownian motion / 8: |
The Dirichlet problem revisited / 8.1: |
The equilibrium measure / 8.2: |
Polar sets and capacities / 8.3: |
Wiener's test of regularity / 8.4: |
Intersections and self-intersections of Brownian paths / 9: |
Intersection of paths: Existence and Hausdorff dimension / 9.1: |
Intersection equivalence of Brownian motion and percolation limit sets / 9.2: |
Multiple points of Brownian paths / 9.3: |
Kaufman's dimension doubling theorem / 9.4: |
Exceptional sets for Brownian motion / 10: |
The fast times of Brownian motion / 10.1: |
Packing dimension and limsup fractals / 10.2: |
Slow times of Brownian motion / 10.3: |
Cone points of planar Brownian motion / 10.4: |
Further developments / Appendix A: |
Stochastic Loewner evolution and planar Brownian motion / Oded Schramm ; Wendelin Werner11: |
Some subsets of planar Brownian paths / 11.1: |
Paths of stochastic Loewner evolution / 11.2: |
Special properties of SLE(6) / 11.3: |
Exponents of stochastic Loewner evolution / 11.4: |
Background and prerequisites / Appendix B: |
Convergence of distributions / 12.1: |
Gaussian random variables / 12.2: |
Martingales in discrete time / 12.3: |
Trees and flows on trees / 12.4: |
Hints and solutions for selected exercises |
Selected open problems |
Bibliography |
Index |
Hausdorff dimension: techniques and applications |
Stochastic Loewner evolution and its applications to planar Brownian motion |
References |
Preface |
Frequently used notation |
Motivation |
Brownian motion as a random function / 1: |
Paul Lévy's construction of Brownian motion / 1.1: |
Continuity properties of Brownian motion / 1.2: |