Jennifer Tran·Apr 9How zero-knowledge proofs make quantum circuits “private”Google Quantum AI used zk proofs to conceal, yet confirm, quantum circuits that can break popular cryptographyA response icon5A response icon5
InSystem WeaknessbyJennifer Tran·Mar 8What a quantum-safe Internet looks likeHow to secure websites against quantum computing threatsA response icon1A response icon1
Jennifer Tran·Jan 21What a (cool) quantum computer actually looks likeHow the frozen temperatures influence the design of quantum computersA response icon1A response icon1
Jennifer Tran·Jan 1What is qubit state, really?A beginner’s guide to states in quantum computingA response icon3A response icon3
Jennifer Tran·Dec 23, 2025How companies advertised TVs in the 1950sAn analysis of U.S. retro television ads in the late 1940s and 1950sA response icon1A response icon1
Jennifer Tran·Dec 9, 2025How to create a quantum circuitA beginner’s guide to quantum circuits, the equivalent of digital circuits in quantum computingA response icon4A response icon4
Jennifer Tran·Nov 29, 2025How parallel execution (barely) makes Ethereum betterAn analysis of parallel transaction execution and its potential advantagesA response icon4A response icon4
Jennifer Tran·Nov 14, 2025Why your computer's time is wrongAn explanation of how precise time works and methods to measure itA response icon6A response icon6
Jennifer Tran·Oct 31, 2025Why quantum computers encounter more errorsA simple explanation of errors in quantum computing and the difficulty in fixing themA response icon4A response icon4
Jennifer Tran·Oct 15, 2025How quantum random number generators workAn overview of quantum random number generators (QRNGs) and the quantum physics principles underlying them for non-science folks.A response icon7A response icon7
