Happy to finally share this paper, which has been 4 years in the making.
In a sentence, we construct general-purpose zero-knowledge proofs (leaking no information other than the correctness of the statement) in the setting of massive data streams.🧵
arxiv.org/abs/2301.02161
Tom Gur
698 posts
- I am happy to share that I will join the University of Cambridge as an Associate Professor this summer! I have PhD and postdoc positions available. Candidates with a strong background in Theoretical Computer Science and Quantum Computing are welcome to email me.
- I’m looking for postdocs and PhD students to join my group at Cambridge! Topics include: Classical & Quantum Complexity, Sublinear Algorithms, Coding Theory, Cryptography, Learning Theory, Fourier Analysis, and Additive Combinatorics. To apply or inquire, email me your CV.
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- Gil Cohen is teaching a fantastic course about Free Probability (generalising classical probability theory to the non-commutative setting) from the perspective of theoretical computer science. Highly recommended! Lecture recordings are available here:
- Avi Wigderson gave a truly inspiring talk yesterday at @Cambridge_CL about the value of errors in proofs. The video will be posted shortly on the Cambridge Algorithms and Complexity Workshop webpage. cl.cam.ac.uk/~tg508/cacw202…
- An advent calendar of some of my favourite TCS/Maths talks. Day #1: Avi Wigderson on Reading Alan Turing. It is a gem of a talk, full of insights about Turing's work, writing style, and influences on mathematics and computer science. Pure joy!
- Postdoc and PhD student positions are available at Cambridge in one or more of the following topics: – Complexity Theory – Quantum Complexity Theory – Sublinear Algorithms – Additive Combinatorics / Fourier Analysis More details here: cstheory-jobs.org/2024/10/09/pos…
- Wow!!! Dinur, Evra, Livne, Lubotzky, and Mozes constructed Locally Testable Codes with Constant Rate, Distance, and Locality, using what appears to be a variant of high dimensional expanders. This is a *monumental* achievement, a culmination of over two decades of research! 1/5
- What an exciting result and a massive blow to the random circuit sampling approach!
- Another fascinating paper, this time by Zvika Brakerski, just appeared on the arxiv. I'm always excited to see these deep connections between cryptography/complexity theory and theoretical physics. arxiv.org/pdf/2211.05491…
- I'm very proud to say Marcel was my PhD student!Marcel Dall'Agnol, an expert in theoretical computer science, joined the department as teaching faculty in September 2023. Dall'Agnol was an elementary school teacher for disadvantaged students before completing his Ph.D. @uniofwarwick. Learn more: bit.ly/3xGAUj3
- Excited to share this new paper with Jack O'Connor and @_nickspoon! We improve our ZK-PCP construction to cover all of NEXP (with exponential proofs), scale it to NP with polynomial proofs, and obtain O(1)-locality via composition--yielding a ZK analogue of the PCP theorem. 1/3
- Alessandro Chiesa and Eylon Yogev just released a splendid book about building cryptographic proofs from hash functions. The book is available for free here: hash-based-snargs-book.github.io













