Localisation

Adresses

Aix-Marseille Université
Institut de Mathématiques de Marseille (I2M) - UMR 7373
Site Saint-Charles : 3 place Victor Hugo, Case 19, 13331 Marseille Cedex 3
Site Luminy : Campus de Luminy - Case 907 - 13288 Marseille Cedex 9

Fréquence

Hebdomadaire

Jour-Horaires

 Mardi, 14h30 – 15h30

Lieu

St Charles, salle de séminaire (accès)

Les prochains séminaires

22 Sep

Towards Solving Compactified Imaginary Liouville Theory

Yang XIAO (I2M)

On a given Riemann surface, C. Guillarmou, A. Kupiainen, and R. Rhodes constructed a path integral based on the Liouville action functional with imaginary parameters, [...]
29 Sep

Phase transitions in charged polymer models

Julien POISAT (Université Paris Dauphine)

I will review some old and recent results on the topic of charged polymer models. Those are random walk models with disordered interaction at self-intersections, [...]
06 Oct

TBA

Oriane BLONDEL (LPSM)

13 Oct

Recent developments in analysis on spaces of measures.

Charles BERTUCCI (Université Paris Dauphine)

I will present two natural ways to look at functions defined on spaces of (probability) measures, one arising from the linear structure of the space [...]

Événements passés

09 Sep

Inhibitive Hawkes processes and cumulative processes

Laetitia COLOMBANI (Université Lyon 1)

Hawkes process was introduced by Hawkes in 1971 and are widely used in many applications (earthquakes, neurons, social network, finance, etc.). This jump process has [...]
24 Jun

LLN and CLT in high dimensions for the random walk on the symmetric exclusion process

Rémy Poudevigne (...)

The random walk on the exclusion process is an example of random walk in dynamic environment. In this specific model, the law of the movement [...]
03 Jun

A branching particle system as a model of FKPP fronts

Julie TOURNIAIRE (Université de Franche-Comté)

The FKPP equation is a common model in population dynamics, describing how a population spreads and grows over time and space, resulting in wave-like patterns. [...]
27 May

Stochastic differential equations with normal reflection on time dependent domains.

Nabil KAZI-TANI (Institut Elie Cartan, Univ. de Lorraine)

Abstract: Moreau's sweeping process is a dynamical system modeled by a deterministic differential inclusion, describing the evolution of a point "swept" along the boundary of [...]
5 6 7 8 9 10 11 12 13 14 15 16

Historique des responsables du séminaire


– du 01/09/2019 au 31/04/2024 : Charles Bordenave et Erwan Hillion
– du 01/09/2015 au 31/08/2019 : Erwan Hillion
– du 01/01/2014 au 31/08/2015 : Sébastien Darses, Bruno Schapira

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