Postquantum Zero-Knowledge in Constant Rounds
Explore postquantum zero-knowledge protocols with constant rounds, focusing on extractable commitments and quantum-resistant techniques for secure cryptographic systems.
Cryptography All-in-One Tutorial Series
Comprehensive tutorial on cryptography covering symmetric and asymmetric encryption, ciphers, hashing, and digital signatures, with practical examples and real-world applications.
Berkeley in the 80s - Silvio Micali Interview on Theoretical Computer Science
Turing Laureate Silvio Micali discusses his groundbreaking research at Berkeley, covering pseudorandomness, multiparty computation, and blockchain technology, while reflecting on the university's influential atmosphere in the 1980s.
FHE and Private Set Intersection
Explore advanced cryptographic techniques for secure data comparison, focusing on Private Set Intersection and Fully Homomorphic Encryption applications in contact discovery.
Homomorphic Encryption in the SPDZ Protocol for MPC
Explore homomorphic encryption in SPDZ protocol for secure multi-party computation, covering threshold encryption, distributed decryption, and zero-knowledge proofs for improved security and efficiency.
Practical Applications of Homomorphic Encryption
Explore practical applications of homomorphic encryption, including ORAM optimization and MNIST inference, with insights on performance and implementation using Microsoft SEAL.
The CKKS - HEAAN FHE Scheme
Explore the CKKS (HEAAN) fully homomorphic encryption scheme, covering its algorithms, operations, and practical applications in secure data processing.
Introduction to Practical FHE and the TFHE Scheme
Explore practical Fully Homomorphic Encryption (FHE) and the TFHE scheme, covering encryption properties, bootstrapping, and applications in lattice-based cryptography.
Signatures, Commitments, Zero-Knowledge, and Applications
Explore lattice-based cryptography, focusing on polynomial rings, homomorphic encryption, and zero-knowledge proofs. Learn about theoretical foundations and practical applications in modern cryptographic systems.
Lattices, Post-Quantum Security and Homomorphic Encryption
Explore lattice-based cryptography's foundations, quantum resistance, and encrypted data computation capabilities in this lecture on modern cryptographic techniques and applications.
Homomorphic Signatures and Pre-Processing NIZK
Explore advanced cryptographic concepts like homomorphic signatures and preprocessing NIZKs, focusing on lattice-based techniques and their applications in secure computation and proof systems.
Overview of Elliptic Curve Isogenies Based Public Key Cryptography Assumptions
Explore elliptic curve isogenies in public key cryptography, covering history, examples, algorithms, and quantum implications for post-quantum cryptography.
A Reverse Minkowski Theorem
Explore lattice geometry, algorithms, and hardness with a focus on the Reverse Minkowski Theorem, covering applications, proofs, and open questions in this advanced mathematical talk.
Classical Commitment to Quantum States
Explore quantum computing verification through interactive proofs and post-quantum cryptography, focusing on classical commitment to quantum states and delegating measurements.
The Learning With Errors Problem and Cryptographic Applications
Explore the Learning With Errors problem, its quantum reductions, and cryptographic applications in lattice-based cryptography, including digital signatures and security trapdoors.
Classical Zero Knowledge Arguments for Quantum Computing
Explore zero-knowledge arguments in quantum computing, covering delegation protocols, quantum NP, and classical commitment to quantum states.
Berkeley in the 80s - Episode 1- Shafi Goldwasser
Insightful interview with Turing Laureate Shafi Goldwasser, exploring her groundbreaking research in theoretical computer science, interactive proofs, and zero-knowledge protocols at UC Berkeley in the 1980s.
Classical Verification of Quantum Computations
Explore verification methods for quantum computations, including interactive proofs, post-quantum cryptography, and measurement protocols, with insights on challenges and potential solutions.
Cryptography for Quantum Computers
Explore quantum-resistant cryptography, virtual-black-box notions, indistinguishability obfuscation, and secure multiparty computation in the context of quantum computing challenges.
On Attacking Hash Functions in Cryptographic Schemes
Explore quantum attacks on hash-based cryptography, covering applications, models, and techniques. Gain insights into post-quantum cryptography and the NIST competition.
Lattices, Multilinear Maps and Program Obfuscation
Explore advanced lattice-based cryptography, focusing on multilinear maps and program obfuscation. Learn about trapdoor sampling, evaluation techniques, and applications in pseudorandom functions and private constraints.