A new microscope enables atomic-scale spin sensing of 2D altermagnets, potentially advancing the development of 2D quantum ...

NIST publishes guidelines for transitioning to quantum-proof encryption standards to protect against future quantum computer ...

A brighter signal doesn’t always mean more information, until now. Photon pair probes outperform traditional coherent light ...

Can identical fermions bound within an infinite lattice also exhibit exotic states of matter? New work demonstrates total ...

Researchers demonstrate that quantum teleportation works with a surface code—a promising error correction method—up to a ...

Researchers demonstrate parity-dependent coupling of molecular spin chains to superconductors, potentially enabling stable ...

Photoelectrons now reveal subtle variances in quantum light previously hidden from view, specifically, how its fluctuations ...

Can identical atoms orbiting within a spherical trap exhibit behaviours unseen in flat arrangements? This work reveals new ...

A single number, Nosc = 35, now unlocks detailed characterisation of voltage noise directly from a quantum dot’s behaviour.

Asymptotic scars, stable non-thermal states in quantum systems, now exhibit a property previously unseen: volume-law ...

Mapping out complex quantum systems traditionally demands expert judgement, but now, an artificial intelligence has completed ...

Conventional single-photon detectors lose their ability to distinguish more than a few photons arriving simultaneously, but ...