Publications:

Number Theory

• The Weil representation and Hecke operators for vector valued modular forms (with J. Bruinier), Math. Z. 264 (2010), 249–270 >
• The Fourier expansion of Hecke operators for vector-valued modular forms, Funct. et. Approximatio 52, no 2, (2015), 229–252.
• A trace formula for Hecke operators on vector valued modular forms (with N. Raulf), Glasgow Math. J. 59, no 1, (2017), 143–165.
• Analytic properties of Eisenstein series and standard L-functions, Nagoya Math. J. 244(2021), 168–203.
• Corrections and Addendum to: The Fourier expansion of Hecke operators for vector-valued modular forms, Funct. et. Approximatio 67, no 2, (2022), 189–198.
• On analytic properties of the standard zeta function attached to a vector valued modular form, Res. Number Theory 8, no 4, (2022), 27 pages.
• On vector valued automorphic forms for the Weil representation, 1-32, preprint (2024), submitted
• The standard L-function attached to a vector valued modular form them, 1-22, preprint, (2024), submitted.
• A converse theorem for Borcherds products and the injectivity of the Kudla-Millson theta lift, 1-34, preprint,(2023), submitted.

Cryptography

• Behördliche Vorgaben zu kryptographischen Algorithmen (mit G. Illies, M. Lochter), Datenschutz und Datensicherheit (DuD), no 11, (2011).
• An adaptable, modular, and autonomous side-channel vulnerability evaluator (mit M. Zohner, M. Stöttinger, S. A. Huss), 5th International Symposium on Hardware-Oriented Security and Trust (HOST’12), IEEE 2012, 43 – 48.
• On the Relationship Between Correlation Power Analysis and the Stochastic Approach: an ASIC Designer Perspective (mit F. De Santis, M. Kasper, S. Mangard, G. Sigl), INDOCRYPT 2013, Lecture Notes in Computer Science vol. 8250, 215–226.
• Kryptographie (mit G. Illies, M. Lochter), Killian/Heussen Computerrechtshandbuch, Teil 15 Datensicherheit, (2014).
• Minimum Requirements for Evaluating Side-Channel Resistance of Elliptic Curve Imple- mentations, (2016), in Kooperation mit dem BSI (M. Lochter, M. Gebhardt), Fraunhofer Institut SIT (M. Kasper, R. Petri), T-Systems (W. Thumser, G. Wicke) und SRC GmbH (D. Feldhusen).
• A Novel Design Flow for a Security-Driven Synthesis of Side-Channel Hardened Cryp- tographic Modules (mit S. A. Huss), J. of Low Power Electronics and Applications 7 no 1, (2017), 1–20.