Author: Anna Rose

In this week’s episode, Anna and Nico interview Or Sattath, Assistant Professor at the Ben-Gurion University in the Computer Science department. This is the 2nd episode with Or on this show, continuing the conversation around Quantum Cryptography. This time, he describes how we can transition from a pre-quantum to a post-quantum environment, looking at existing systems like Bitcoin and Ethereum. He covers why the methods used in the transition will be important, techniques on how this could be executed and the challenges in designing these techniques and the complications that can arise. Finally, they go on to discuss Quantum Money and recent works in this area.

In this week’s episode, host Anna Rose and co host Nico Mohnblatt catch up with Brian Retford and Jeremy Bruestle from RISC Zero. Together they delve into the current status of the project, breaking down the components of the stack, from the innovative RISC Zero zkVM leveraging the RISC-V instruction set architecture to the Bonsai proving service and the intriguing Type Zero zkEVM, Zeth. They also touch on their design methodology, how the system components integrate and future developments for RISC Zero.

In this week’s episode, Anna Rose is joined by Nigel Smart, Professor at KU Leuven and Chief Academic Officer at Zama to discuss the advancements in MPC over recent years. Nigel unpacks core components of MPC systems, including garbled circuits, secret sharing, and FHE. They discuss both systems-level applications like DKGs and Threshold Signature Schemes and actual real-world deployments. Throughout the episode, they also discuss how MPC and ZK differ, but how they can be used together to enhance each other’s capabilities.

In this week’s episode, host Anna Rose and co-host Kobi Gurkan chat with Alex Evans and Guillermo Angeris about their new research paper on Succinct Proofs in Linear Algebra. The paper introduces a framework that simplifies the construction of succinct proofs and offers a toolkit of useful techniques. Their conversation also covers the use of randomized reductions in zero-knowledge proofs, the security of the FRI protocol, and the potential applications of the framework in other systems.