I work in the area of automorphic forms and arithmetic geometry. I am broadly interested in rigidity phenomena that appear in number theory.
Some keywords in my research include: generating series of special cycles, Shimura varieties, Eisenstein series, Jacobi forms, vector-valued modular forms, Siegel and Hermitian modular forms, theta correspondence, Gross-Zagier formula, Heegner points, algebraic cycles and automorphic L-functions, arithmetic intersection theory, exceptional reductions of abeblian varieties, isogenies of elliptic curves, congruences of modular forms, p-adic modular forms, construction of p-adic L-functions, integrality of BDP L-functions, reciprocity laws, counting rational points, and circle method.
Isogenies of CM Elliptic Curves,
Joint with Edgar Assing, Yingkun Li, and Tian Wang, submitted for publication (2025).
On the Iwasawa invariants of BDP Selmer groups and BDP p-adic L-functions, arxiv version
Joint with Antonio Lei and Katharina Müller. Forum Mathematicum (2023).
Some cases of Kudla's modularity conjecture for unitary Shimura varieties
Forum of Mathematics, Sigma. Volume 10, e37 (2022). Based on my doctoral thesis.
All modular forms of weight 2 can be expressed by Eisenstein series
Joint with Martin Raum. Research in Number Theory. Volume 6, Article number: 32 (2020).
Joint with Cui Zhen and Ziqing Xiang. Advances in Mathematics. Volume 352 (2019), pp. 541-571.
Vector-valued Eisenstein series of congruence types and their products
Licentiate thesis (2019), Chalmers University of Technology.