Researchers at Sorbonne Université and the University of Edinburgh have experimentally demonstrated a Quantum Key Distribution (QKD) protocol that eliminates the need for pre-shared secret keys, a ...

Their work introduces a framework for quantum imaging that uses spatially structured quantum probes and a “twin-beam echo” protocol to map absorption and fluorescence onto distinct signal modes. This ...

Jiaqing Jiang of the California Institute of Technology and Sandy Irani of the University of California, Irvine, have designed a new quantum Gibbs sampler that simplifies existing methods. Their work ...

Neng-Fei Gong and Tie-Jun Wang, both of Beijing University of Posts and Telecommunications, have proposed two new criteria, based on fidelity and robustness, for verifying genuine high-dimensional ...

A new hybrid quantum network flags suspicious accounts with fewer false alarms, improving trade surveillance analytics.

New research demonstrates a method for fragmenting quantum problems, significantly reducing quantum simulation time on IBM ...

This asymmetry allows for a system requiring only one expensive telecom detector, potentially lowering costs compared to ...

Roger L. Cloutier Jr., formerly commander of NATO Allied Land Command, to lead the firm’s operations. The move comes amid ...

A quantum computation’s reliability just took a leap forward: new decoding techniques reduce errors by up to 25× compared ...

SuperMatics utilizes AI to accelerate the discovery of superconductors for commercial wire, addressing a critical need as ...

This research achieves a 33% saving in quantum solves for materials configuration search using Bayesian Weight Selection.

New research shows quantum states can mimic classical polynomials using a quantum analogue of the Kolmogorov–Arnold ...