Coursera Flash Sale
40% Off Coursera Plus for 3 Months!
Grab it
Explore advanced cryptographic concepts in this conference session from PKC 2025, chaired by Russell W. F. Lai, focusing on two cutting-edge areas of modern cryptography. Delve into batch arguments, a powerful technique for efficiently proving multiple statements simultaneously, which offers significant computational and communication advantages over individual proofs. Learn about decentralized encryption schemes that enable secure data sharing and access control in distributed systems without relying on trusted central authorities. Discover how these cryptographic primitives address scalability challenges in blockchain applications, zero-knowledge proof systems, and privacy-preserving protocols. Examine the theoretical foundations, practical implementations, and real-world applications of both batch arguments and decentralized encryption through presentations of recent research developments. Gain insights into the mathematical frameworks underlying these technologies, including their security assumptions, efficiency trade-offs, and potential vulnerabilities. Access accompanying research papers and presentation slides through the official PKC 2025 program to deepen your understanding of the technical details and proofs discussed during the session.
