Research

I am currently studying the eigenvalues of the Laplace operator on random compact hyperbolic surfaces, using the Weil-Petersson volume on moduli spaces.

I am also interested in hyperbolic geometry, quantum chaos, random graphs and mathematical physics.

Preprints

7. Anantharaman N., Monk L.
A Moebius inversion formula to discard tangled hyperbolic surfaces.		 link to article on arxiv
6. Monk L., Stan R.
Spectral convergence of the Dirac operator on typical hyperbolic surfaces of high genus.		 link to article on arxiv
5. Anantharaman N., Monk L.
Friedman-Ramanujan functions in random hyperbolic geometry and application to spectral gaps.		 link to article on arxiv

Publications

4. Anantharaman N., Monk L.
A high-genus asymptotic expansion of Weil-Petersson volume polynomials, Journal of Mathematical Physics 63, 043502 (2022). 		link to article on HAL link to article on arxiv
3. Monk L., Thomas J.
The tangle-free hypothesis on random hyperbolic surfaces, International Mathematics Research Notices, Volume 2022, Issue 22, November 2022, Pages 18154–18185. 		link to article on HAL link to article on arxiv
2. Monk L.
Benjamini-Schramm convergence and spectrum of random hyperbolic surfaces of high genus, Analysis & PDE Vol. 15 (2022), No. 3, 727–752. 		link to article on HAL link to article on arxiv
1. Fouvry J.B., Pichon C., Chavanis P., Monk L.
Resonant thickening of self-gravitating discs: imposed or self-induced orbital diffusion in the tightly wound limit, Monthly Notices of the Royal Astronomical Society, Volume 471, Issue 3, November 2017, Pages 2642–2673.		 link to article on HAL link to article on arxiv

Other manuscripts

link to my thesis The latest version of my PhD thesis, Geometry and spectrum of typical hyperbolic surfaces.
link to my master's thesis My master's thesis on the spectrum of random surfaces (in French).

Recorded talks

video link My online talk for the young researcher mini-conference of Spectral Geometry in the Clouds.