Google Quantum AI’s Craig Gidney, Noah Shutty, and Cody Jones reduced quantum error rates by 40x on the Willow processor ...

Researchers demonstrate that reinforcement learning cuts gate count when preparing 4-qubit states, achieving a significant ...

Researchers utilize a programmable quantum simulator to find proof of higher-order quantum topology, measuring bulk topology ...

New circuits leverage large language models to reduce qubit counts for quantum calculations, potentially simplifying quantum ...

Scalable long-distance quantum fan-out gates now demand (n − 2) fewer CNOT and Hadamard operations, a direct reduction over ...

New research clarifies how Quantum Feedback Control impacts the Thermodynamic Uncertainty Relation, linking current ...

Chalmers joins EuroQSS, a European initiative with 13 partners, to unify quantum software and build a common framework for ...

FPT and Pasqal propose a partnership to advance quantum computing in Vietnam, aiming to build local capabilities and a ...

Current quantum computers possess only hundreds to thousands of qubits, and this research aims to make those qubits more ...

This article details how quantum key rates improve using squeezed light in continuous-variable quantum key distribution ...

This research demonstrates a sensor surpassing classical limits using quantum measurement and measurement-induced ...

Researchers achieve high-fidelity control of multiple silicon spin qubits in parallel, a key step toward scalable silicon ...