I am a postdoc at University of Duisburg-Essen in the working group of Prof. Dr. Vytautas Paškūnas.

Research interests

I am working on deformation theory of mod $p$ Galois representations of number fields with values in a reductive group $G$, as well as $G$-pseudocharacters and determinant laws for symplectic groups. Currently I am working on the trianguline variety for reductive groups and Zariski density of crystalline points in the generic fiber of deformation rings.

Preprints

2025. Infinitesimal characters and Lafforgue's pseudocharacters, with Vytautas Paškūnas, arXiv
2024. On local Galois deformation rings: generalised reductive groups, with Vytautas Paškūnas, arXiv
2023. Symplectic determinant laws and invariant theory, with Mohamed Moakher, arXiv
2023. Deformations of $G$-valued pseudocharacters, arXiv

Publications

2025. On local Galois deformation rings: generalised tori, with Vytautas Paškūnas, arXiv DOI, Forum of Mathematics, Sigma

Talks

2024-12-20. University of Heidelberg, On local Galois deformation rings.
2024-11-2x. Conference on $p$-adic methods in number theory, Mumbai, On local Galois deformation rings.
2024-09-20. University of Duisburg-Essen, ENTR Workshop 2024, On local Galois deformation rings.
2024-06-11. University of Münster, On local Galois deformation rings.
2024-05-14. University of Wuppertal, On local Galois deformation rings.
2024-05-08. University of Luxembourg, On local Galois deformation rings.
2023-12-07. University of Amsterdam, Pseudocharacters for symplectic groups
2023-11-15. ESAGA, Linearisations and projective GIT, notes
2022-09-21. Heidelberg Laureate Forum visit, $G$-valued pseudocharacters, slides
2022-04-07. University of Duisburg-Essen, The deformation space of $G$-valued pseudocharacters

Teaching Assistance

Winter term 2021/22	Étale Cohomology
Summer term 2021	Algebraic Geometry II
Winter term 2020/21	Algebraic Geometry I
Summer term 2020	Algebra II
Winter term 2019/20	Affine algebraic groups
Summer term 2019	Bilinear forms and classical groups
Winter term 2018/19	Complex Analysis II