New X-Ray Technique Reveals 3D Nanoscale Structure of Materials Without Destruction
A breakthrough in X-ray technology now allows scientists to see deep inside functional materials, revealing their internal structure in three…
A breakthrough in X-ray technology now allows scientists to see deep inside functional materials, revealing their internal structure in three…
A new technique that quiets the inherent uncertainty of the quantum realm has allowed physicists to substantially increase the stability…
A new method extends the truncated Wigner approximation to dissipative quantum systems, enabling laptop-scale simulations of quantum dynamics for scientists
Researchers at Cornell University have developed a programmable optical chip capable of changing the color of light by merging photons,…
Study shows double-yielding in soft materials with two distinct yield points, introduces a brittility factor, and links microstructure to flow via rheo-XPCS
Scientists observe a hidden atomic structure in platinum that endures extreme processing, using in situ TEM at Sandia to reveal grain boundary persistence
Cornell study shows a two-stage, high-speed onion spray that drives tear irritants toward the eyes; a dull blade and fast cuts multiply droplets by up to 40x
Three American physicists have been awarded the 2025 Nobel Prize in Physics for a series of experiments in the 1980s…
Two-step excitation enables efficient generation and steering of hyperbolic phonon polaritons in MoO3, using a gold antenna and engineered edge to sort modes
Researchers have developed a novel photonic device that directs light to a specific destination without any external controls, switches, or…