Schedule
The conference will start at 9:30 on Monday 14th and end at 15:00 on Wednesday 16th.Monday, March 14th
9:30-10:00 Welcome
10:00-10:40 Gerold Alsmeyer
Branching in random environment, linear fractional distributions and perpetuities
10:50-11:30 Da Cam Pham
The survival probability of a critical multi-type branching process in i.i.d. environment
Lunch at La Pierre Chaude map here
14:00-14:40 Christophe Profeta
Extremal values for some critical branching Lévy processes
14:50-15:30 Sara Brofferio
Affine recursion, branching process and persistence: fruitful interactions
Coffee break
16:10-16:50 Bastien Mallein
Extremal process of the branching Brownian motion in dimension \(d\)
17:00-17:40 Aleksandar Mijatović
Convex minorants and the fluctuation theory of Lévy processes
19:15 Dinner at Bistrot de la Place map here
Tuesday, March 15th
09:20-10:00 Sandro Franceschi
Reflected Brownian motion in a cone: study of the transient case.
Escape and absorption probability, Green's functions and Martin's boundary.
10:10-10:50 Grégory Schehr
Statistics of the maximum and the convex hull of a Brownian motion in confined geometries
Coffee break
11:20-12:00 Vitali Wachtel
Supermartingale approach to random walks in cones
Lunch at La Pierre Chaude map here
14:00-14:40 William Fitzgerald
Fredholm Pfaffians and persistence probabilities
14:50-15:30 Leif Döring
General path integrals and stable SDEs
Coffee break
16:10-16:50 Mladen Savov (online talk)
Asymptotics of densities of exponential functionals of subordinators
17:00-17:40 Anita Behme
Exponential functionals of Markov additive processes
19:45 Dinner at Bistrot de la Place map here
Wednesday, March 16th
09:30-10:10 Frank Aurzada
Brownian Motion conditioned to spend limited time below a barrier
Coffee break
10:40-11:20 Alexander Lindner (online talk)
On quasi-infinitely divisible distributions
Lunch at La Pierre Chaude map here
13:00-13:40 Vladislav Vysotskiy
Persistence of the AR-1 sequences with Rademacher innovations
13:50-14:30 Thomas Simon
First passage time accross zero for AR(1) sequences
