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Coffee and Check-In
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Opening Remarks
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Recent Progress in Quantum Advantage
Scott Aaronson (University of Texas Austin)
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Break
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Quantum Advantage Without Structure
Mark Zhandry (NTT Research & Princeton University)
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Lunch
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The Hidden Subgroup Problem for Infinite Groups
Greg Kuperberg (UC Davis)
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Break
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Dequantizing the Quantum Singular Value Transform
Sev Gharibian (Paderborn University)
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Break
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Quantum Linear Algebra Using Subspace States
Anupam Prakash (UC Berkeley)
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Reception
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Coffee and Check-In
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Learning from Quantum Experiments
Robert Huang (Caltech)
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Break
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New Quantum Cryptographic Primitives I
Mark Zhandry (Princeton University)
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Lunch
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New Quantum Cryptographic Primitives II
Mark Zhandry (Princeton University)
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Break
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Quantum Benchmarking
Yunchao Liu (UC Berkeley)
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Coffee and Check-In
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Quantum Rewinding Tutorial, Part 1: Motivation and Early Rewinding Techniques
Alex Lombardi (MIT), Fermi Ma (UC Berkeley)
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Break
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Quantum Rewinding Tutorial, Part 2: How to Run a Quantum Attacker Many Times
Alex Lombardi (MIT), Fermi Ma (UC Berkeley)
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Lunch
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Quantum Rewinding Tutorial, Part 3: Zero Knowledge Simulation Beyond Watrous
Alex Lombardi (MIT), Fermi Ma (UC Berkeley)
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Coffee and Check-In
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Hardness of the Shortest Vector Problem: A Simplified Proof and a Survey
Huck Bennett (Oregon State University)
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Break
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Bourgain’s Slicing Problem and KLS Isoperimetry up to Polylog
Bo’az Klartag (Weizmann Institute of Science)
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Lunch
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Some Recent Results Showing that Lattice Problems Are (sort of) Equivalent in All Norms
Noah Stephens-Davidowitz (Cornell University)
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Break
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Doubly Efficient Private Information Retrieval
Elette Boyle (Reichman University (IDC)
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Single-Server Private Information Retrieval with Sublinear Amortized Time
Alexandra Henzinger (MIT)
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Coffee and Check-In
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Optimal Broadcast Encryption and More from Evasive LWE
Hoeteck Wee (NTT Research)
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Candidate Witness Encryption from Lattice Techniques
Rotem Tsabary (Weizmann Institute)
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Break
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Lattice-based Zero-knowledge Proofs
Vadim Lyubashevsky (IBM Research)
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Lunch
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Batch Arguments for NP and SNARGs for P from LWE
Abhishek Jain (Johns Hopkins)
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Break
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Continuous LWE is as Hard as LWE
Neekon Vafa (MIT)