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News
MIT scientists watched electrons rebuild inside a quantum material; one phase grew like an ice crystal
4+ hour, 25+ min ago (691+ words) The Times of India...
In 2000, Sandia used a 416-nanometer cheesecloth-like crystal to bend infrared light with little loss. 26 years later, the approach still guides research into faster, cooler photonic chips
9+ hour, 1+ min ago (321+ words) In 2000, Sandia used a 416-nanometer cheesecloth-like crystal to bend infrared light with little loss. 26 The Economic Times In 2000, researchers at the Department of Energy's Sandia National Laboratories demonstrated a tiny structure that could bend infrared light with very little loss…...
Microfluidic Production and Temperature-Driven Shape Changes in
49+ min ago (733+ words) Heat Turns Tiny Perovskite Crystals into Unexpected Shapes in a Microfluidic Reactor A new study has shown that tiny crystals designed to emit bright green light can be coaxed into radically different shapes simply by changing the temperature at two…...
Scientists Melted A Diamond and Cracked a Secret of Ice Giants
5+ hour, 28+ min ago (110+ words) Some of the strangest weather in the solar system doesn’t happen on Earth, or even Jupiter’s Great Red Spot - it happens in the interior of the Ice Giants like Neptune and Uranus. Specifically, scientists have long believed that, at certain…...
Scripps Research and collaborators awarded $19.5 million to establish an open-access autonomous chemistry laboratory
5+ hour, 12+ min ago (230+ words) The U.S. National Science Foundation award will support development of an AI-enabled, remotely accessible lab to serve as both a discovery engine and training tool for a new generation of chemists. image: Vial-gripping arm of the Unchained Labs Big Kahuna, the…...
Engineering lipid nanoparticles to bypass liver targeting for extrahepatic
2+ hour, 3+ min ago (780+ words) Lipid nanoparticles, or LNPs, have become one of the most important technologies in modern medicine. They carry fragile genetic instructions into cells, allowing researchers to replace missing proteins, silence harmful genes, stimulate immune responses, or edit DNA....
Observing the vibrations of neighboring atoms with an atomic-scale double slit
8+ hour, 7+ min ago (272+ words) One ten-millionth the scale of Young’s experiment; expected to contribute to semiconductor heat dissipation design image: (a) The classical double-slit experiment performed by Young using light (slit spacing ~1 mm, propagation distance ~1 m). (b) Schematic of atomic-scale interference in which a…...
Tiny atomic changes could make future wireless devices more flexible
6+ hour, 55+ min ago (447+ words) Scientists at the Queen Mary University of London have found a new way to build smart wireless devices by making small atomic changes to the structure of a material, paving the way for a new generation of communication devices that…...
Deterministic Domain Switching and Magnetically Switchable Quantum Geometric Photocurrents in a Van der Waals Antiferromagnet by Prof Liang Wu
8+ hour, 57+ min ago (145+ words) Prof Liang Wu discussed nonlinear optical techniques for probing antiferromagnetic order in 2D materials. Prof Wu explained how Second harmonic generation (SHG) can enable the detection of antiferromagnetic domains down to monolayer MnPSe₃. The seminar concluded with an engaging Q&A on…...
Magneto-optics marches on - Nature Materials
7+ hour, 23+ min ago (122+ words) Nature Materials volume 25, page 1473 (2026) Cite this article Continued developments in materials synthesis and light sources are driving the discovery of magneto-optical phenomena. As outlined in a News & Views article, the interaction of light with matter can be described in terms…...