by Yuan Liu, Zihan Chen, Shubdeep Mohapatra, Jim Furches, Zheng (Eddy) Zhang, Huiyang Zhou on Apr 20, 2026 | Tags: Quantum Computing
Hybrid continuous-discrete-variable (CV-DV) quantum computing combines oscillators and qubits to tackle problems that are difficult for either model alone, from bosonic simulation to quantum error correction. At ASPLOS 2026, our tutorial introduced the foundations,...
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by Joshua Viszlai and Fred Chong on Jun 20, 2025 | Tags: Quantum Computing
Camel Up is a light-hearted board game. Fueled by the randomness of dice, camels race around a cardboard track to be the first to cross the finish line. Throughout the race players place bets, trying to predict which camel will ultimately win. Unfortunately, correct...
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by Teague Tomesh, Colin Campbell, Sid Ramesh, Alexander Pearson, Samantha Riesenfeld and Fred Chong on Jun 28, 2024 | Tags: Quantum Computing
Quantum hardware has made significant advances in the last few years, but finding compelling applications with practical quantum advantage has been challenging. In today’s article, we argue that real applications will be a hybrid combination of quantum and classical...
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by Jakub Szefer on Mar 1, 2023 | Tags: Cryptography, Post Quantum Cryptography, Quantum Computing, Security
Introduction Quantum computer architecture security research is a new and active research field. As the new year and semester is under way, this article looks back at the recent quantum computer architecture security papers published or posted online in the prior year...
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by Jakub Szefer on Oct 10, 2022 | Tags: Architecture, Quantum Computing, Security
Introduction When thinking of security and quantum computers, many people may automatically think of using quantum computers for attacks on classical computers, by use of the Grover’s and Shor’s algorithms running on the quantum computers to break a number of existing...
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