Over eight thousand distinct details, each resolved to less than three hundred micrometres, now appear in long-wave infrared ...

QC Ware & IonQ achieved 4% accuracy modeling a key enzyme, cytochrome P450nor, using a hybrid quantum-classical approach for ...

Thirty years after its publication, QUTE.sk’s legacy endures—research by Bužek and Hillery established an 83.33% fidelity ...

Arqit Quantum Inc., Es’hailSat, and AIEE successfully demonstrated quantum-safe security on live satellite communications on ...

Researchers achieved fast qubit initialization and readout using a dispersive method, returning resonators to their initial ...

Excitons, correlated electron-hole pairs governing optical and transport properties in organic semiconductors, have long resisted direct experimental access to their full quantum-mechanical wave ...

A new study published September 1, 2026, details hurdles to the practical use of quantum tokens, identifying key challenges ...

Researchers used an IBM chip to run a 100-site spin chain, probing symmetry-protected topological phases of quantum matter—a ...

A new control protocol boosts fidelity in systems using Rydberg qubits, dynamically suppressing excitation while leveraging ...

SandboxAQ announced AQCat is now generally available on Claude Science, letting researchers tap its Large Quantitative Model ...

A new study compares four designs for spin qubits in germanium, including donor and gate-defined electron platforms.

Researchers demonstrate that quantum sensing precision in dissipative Time Crystals improves with system size, scaling up to ...