I am presently a Courant Instructor (post-doc) in the Courant Institute of Mathematical Sciences at NYU.

You can contact me at ** thomasl@math.nyu.edu** or at my office

I help organizing the Courant Institute Probability Seminar.

During the Spring 2019 semester, I am teaching Mathematical Statistics (MATH-UA.0234).

So far, I have been interested by the statistical physics approach for studying large random objects.

More precisely, my work focuses on the microscopic behavior of log-gases (and related systems).

You can find here more details on my research, as well as a list of publications.

I did my PhD in the Laboratoire Jacques-Louis Lions
of Université Pierre et Marie Curie (Paris 6), under the supervision
of Sylvia Serfaty.

Before that, I was a student at the École Normale Supérieure de Paris.

A more detailed CV is available here.

(Dec 18) With Matthias Erbar and Martin Huesmann ,
we prove that Sine-beta is the unique minimiser of the one-dimensional log-gas free energy.

(Sept 18) We finished our paper with David Dereudre, Adrien Hardy and Mylène Maïda, proving DLR equations for the Sine-\(\beta\) process, and its*rigidity*.
Building on this "physical" characterization, I prove a central limit theorem for the fluctuations of linear statistics in Sine-\(\beta\).

(Sept 18) We finished our paper with David Dereudre, Adrien Hardy and Mylène Maïda, proving DLR equations for the Sine-\(\beta\) process, and its