Theoretical Foundations of Block Ciphers
Complexity-theoretic and cryptographic foundations of block ciphers, including assumptions, idealized models, and structural properties of permutation-based constructions.
A selection of current and recent research directions in cryptography and related areas. Each project has its own dedicated page with a short overview and associated publications.
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Complexity-theoretic and cryptographic foundations of block ciphers, including assumptions, idealized models, and structural properties of permutation-based constructions.
New constructions and implementations of fully homomorphic encryption, with an eye toward practical deployments in privacy-preserving computation.
Lattice-based constructions of core cryptographic primitives, with security against quantum adversaries.
Interactions between cryptography and machine learning, including privacy-preserving training and learning-theoretic questions.