SAXON Q demonstrates its system achieves a 77% target rate with three qubits at room temperature, rivaling superconducting ...

The Institute for Bioengineering of Catalonia (IBEC) hosts the Q-AID consortium to advance disease diagnosis using €8.3 ...

Researchers at the Johns Hopkins University Applied Physics Laboratory have developed model-based qubit noise spectroscopy ...

Quantum X Labs’ LayerQake technology reduces qubit errors by up to 21x on IBM chips, significantly improving quantum ...

Dirac Labs joins the Wisconsin Security Research Consortium (WSRC) to bolster autonomous maritime tech in the Midwest.

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

The Max Planck Institute develops new tools to detect hardware tampering in chips, which—unlike software—cannot be updated ...

Northwestern co-hosts a Quantum Effects at the Biology and Innovation Interface consortium next week, exploring how quantum ...

Researchers entangle strontium and calcium atoms in a quantum network, using calcium to preserve entanglement for over 10 ...

IBM Research achieves a 52x design speedup using AI agents for quantum error correction, lowering inference costs by 11.5x.

A Bayesian system stabilizes quantum links, achieving phase stabilization at the shot-noise limit—the lowest possible noise ...

Researchers achieve greater control over light emission from integrated quantum emitters, enabling unidirectional and ...