I am a PhD student at the University of Potsdam, under the supervision of Prof. Dr. Sylvie Roelly and Prof. Dr. Gilles Blanchard (now at Paris Orsay).
I am a fellow of the Graduate Program SFB 1294, Project A05.
I completed my Master's degree in Padua at Università degli Studi di Padova, with a thesis on “Collective motion of living organisms: the Vicsek model”, and my advisor was Prof. Paolo Dai Pra.
2024 | Diffusion dynamics for an infinite system of two-type spheres and the associated depletion effect | M. Fradon, J. Kern, S. Roelly, A. ZassZeitschrift: Stochastic Processes and ApplicationsBand: 171Link zur Publikation , Link zum Preprint
2022 | Gibbs point processes on path space: existence, cluster expansion and uniqueness | Alexander ZassZeitschrift: Markov processes and random fieldsLink zur Publikation , Link zum Preprint
2020 | An explicit Dobrushin uniqueness region for Gibbs point processes with repulsive interactions | Pierre Houdebert, Alexander ZassZeitschrift: Journal of Applied Probability (June 2022)Link zur Publikation , Link zum Preprint
2020 | A Gibbs point process of diffusions: existence and uniqueness | Alexander ZassZeitschrift: Lectures in Pure and Applied MathematicsVerlag: Potsdam University PressBuchtitel: Proceedings of the XI international conference Stochastic and Analytic Methods in Mathematical PhysicsSeiten: 13-22Band: 6Link zur Publikation , Link zum Preprint
2020 | Marked Gibbs point processes with unbounded interaction: an existence result | Sylvie Roelly, Alexander ZassZeitschrift: Journal of Statistical PhysicsSeiten: 972–996Band: 179Link zur Publikation , Link zum Preprint
- PhD Thesis (supervised by Prof. Sylvie Rœlly and Prof. Gilles Blanchard): A multifaceted study of marked Gibbs point processes
- Master's thesis (supervised by Prof. Paolo Dai Pra): Collective motion of living organisms: the Vicsek model
- Bachelor's thesis (supervised by Prof. Carlo Mariconda): Nonsmooth analysis and the maximum principle in control theory
In the framework of the international projects of the Chair of Probability, I co-organised the following: