Research
My research interests lie in number theory and geometry, especially in the arithmetic questions that arise at their intersection.
My thesis consists of preliminary versions of [7] and [8] below.
Papers and Preprints
Please note that the versions linked here may differ from the journal versions.
- Duke for Drinfeld. [Arxiv] Preprint.
- A note on equidistribution on a product of Shimura curves and André–Oort. [Arxiv] Rendiconti del Circolo Matematico di Palermo, to appear.
- Equidistribution of CM points on Shimura curves and ternary theta series. [Arxiv] Preprint.
- Equidistribution of CM points on Shimura curves modulo a ramified prime. [Arxiv] Preprint.
- Procounting measures and the Bateman–Horn conjecture. With Ignazio Longhi and Luca Demangos. [Arxiv] Preprint.
- Polylogarithmic motivic Chabauty-Kim for P1 \ {0, 1, ∞}: the geometric step via resultants. With David Jarossay, David T.-B. G. Lilienfeldt, Ariel Weiss, and Sa'ar Zehavi. [Arxiv] Algebra & Number Theory, to appear.
- The fundamental group of surfaces parametrizing cuboids. With David Jarossay and Yotam Svoray. [Arxiv] Preprint.
- Heights and transcendence of p-adic continued fractions. With Ignazio Longhi and Nadir Murru. [Arxiv] Annali di Matematica Pura ed Applicata, 2024.
- Coset topologies on Z and arithmetic applications. With Ignazio Longhi and Yunzhu Mu. [Arxiv] Expositiones Mathematicae 41, no. 1, 71–114, 2023.
- A novel RSA-like cryptosystem based on a generalization of the Rédei rational functions. With Nadir Murru. [PDF] In Number-Theoretic Methods in Cryptology, First International Conference, NuTMiC 2017, Warsaw, Poland, September 11–13, 2017. Revised selected papers. Lecture Notes in Computer Science 10737, 91–103, Springer, 2018.
Seminars
- Weizmann Seminar 2024–2025
- p-adic heights and p-adic L-functions 2023–2024