My research interests lie in commutative algebra. During my PhD, I explored its applications in post-quantum cryptography, with a particular focus on multivariate cryptography.
The complexity of solving a system of equations of the same degree (with E. Gorla), accepted aat Transactions on Mathematical, 2026 (Arxive)
Post-Quantum Adaptor Signatures with Strong Security from Cryptographic Group Actions (with R. Cartor, N. Daly, J.T. LeGrow, A. Sanguineti, and S. Sconza), PQCrypto 2026, 2026 (PDF) (Cryptology ePrint)
The complexity of the SupportMinors Modeling for the MinRank Problem (with D. Cabarcas, E. Gorla), Designs, Codes and Cryptography, 2026 (PDF) (Arxive)
Edge codes constructed from unicyclic graphs (with S. Asensio, N. Ragunathan, A. Saha, and A. Van Tuyl), submitted to Mediterranean Journal of Mathematics, 2026. (Arxive)
Function Tables for Secure Distributed Matrix Multiplication (with R. G.L. D'Oliveira, A. Jaramillo Gil, H. H. Lopez, C. Martinez-Reyes, and D. Vaghasiya), submitted to IEEE Transactions on Information Theory, 2026. (Arxive)