A team has demonstrated programmable synthesis of high-dimensional quantum states transmitted through 20 metres of multimode optical fibre. The work, published in Nature, combines photons generated in atoms with long coherence times and control techniques that allow complex states to be prepared and recovered despite the modal dispersion characteristic of this type of fibre.
Nature has published an Author Correction to a paper titled «A spectral test of the butterfly effect and physical consistency in the diffusion-based GenCast's ensembles».… more →
The APOD for 19 October 2026 features an unusual radio source, informally nicknamed the 'treble clef' after the shape traced by its emission.… more →
A study of nanocapillary filling from ambient temperatures up to those typical of serpentinization examines how the interface between the liquid and the capillary wall, together wi… more →
A research team has investigated the dosimetric characteristics of silicone nanocomposites loaded with Bi₂O₃ (bismuth oxide) nanoparticles for use as real-time dosimeters at diagno… more →
A theoretical and simulation study addresses how to maximize the electrical conductivity of polymer nanocomposites loaded with MXenes, a class of highly conductive two-dimensional… more →