Overview
Explore the fascinating connection between quantum cryptography and black hole radiation decoding in this illuminating talk by Fermi Ma from UC Berkeley. Delve into a new perspective on Zvika Brakerski's groundbreaking equivalence proof, focusing on a reformulated distinguishing game for the radiation decoding problem. Discover how this game precisely captures the security of quantum commitments to EPR pairs and its significance for commitment-based quantum cryptography. Gain insights into the necessary and sufficient conditions for this cryptographic approach, all presented in a mostly non-technical manner suitable for those without prior knowledge of quantum commitments or black hole physics. Learn from discussions with Sam Gunn and Alex Lombardi in this hour-long presentation from the Quantum Summer Cluster Workshop at the Simons Institute.
Syllabus
Quantum Commitments and Black Hole Radiation Decoding
Taught by
Simons Institute