Overview
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Explore the cutting-edge topic of verifiable quantum supremacy in this 37-minute conference talk delivered by Scott Aaronson from The University of Texas at Austin. Delve into the current situation, problems, and challenges surrounding quantum supremacy, including classical spoofing attacks and the three basic properties required for verification. Examine the concept of random quantum circuits, rewrite rules, and quantum circuit complexity. Gain insights into the K-Fold Fluorescent Problem and its implications for the field. Discover potential future directions and open questions in this thought-provoking presentation from the Conference on Quantum Information and Quantum Control IX held at the Fields Institute on September 1st, 2022.
Syllabus
Introduction
Current Situation
Problems
Classical spoofing attacks
Three basic properties
Challenges
Open Question
Random Quantum Circuit
Rewrite Rules
Quantum Circuit Complexity
KFold Fluorescent Problem
Conclusion
Taught by
Fields Institute