I received an M.Sc. in Computer Science from FAU Erlangen-Nürnberg (2020–2022), where I specialized in security and cryptography. I also hold a B.Sc. in Mathematics from the University of Bonn (2017–2020), focusing on lower-dimensional algebraic topology, in particular Riemann surfaces and 3-manifold topology.
My research focuses on the design and analysis of advanced cryptographic protocols. In particular threshold and adaptor signatures, partially-oblivious pseudorandom functions (PoPRFs), and password-based cryptography. I am especially interested in achieving strong security guarantees in challenging settings, and in developing constructions that are both theoretically sound and practically efficient.
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Bibliography
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| SoK: Descriptive Statistics Under Local Differential Privacy |
René Raab, Pascal Berrang, Paul Gerhart, and Dominique Schröder |
PoPETS 2025 |
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| A Fully-Adaptive Threshold Partially-Oblivious PRF |
Ruben Baecker, Paul Gerhart, Daniel Rausch, and Dominique Schröder |
CRYPTO 2025 |
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| Universally Composable Password-Hardened Encryption |
Behzad Abdolmaleki, Ruben Baecker, Paul Gerhart, Mike Graf, Mojtaba Khalili, Daniel Rausch, and Dominique Schröder |
ASIACRYPT 2025 |
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| Password-Hardened Encryption Revisited |
Ruben Baecker, Paul Gerhart, and Dominique Schröder |
ASIACRYPT 2025 |
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| Fully-adaptive two-round threshold schnorr signatures from DDH |
Paul Gerhart, Davide Li Calsi, Luigi Russo, and Dominique Schröder |
Cryptology ePrint Archive |
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| Foundations of Adaptor Signatures |
Paul Gerhart, Dominique Schröder, Pratik Soni, and Sri AravindaKrishnan Thyagarajan |
EROCRYPT 2024 |
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| Measuring Conditional Anonymity - A Global Study |
Pascal Berrang, Paul Gerhart, and Dominique Schröder |
PoPETS 2024 |
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| Practical Schnorr Threshold Signatures without the Algebraic Group Model |
Hien Chu, Paul Gerhart, Tim Ruffing, and Dominique Schröder |
CRYPTO 2023 |
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