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WebAI Material Design: MIT's CrysVCD Framework Explained
8+ hour, 44+ min ago (791+ words) “You can plug this into any kind of model, not only existing diffusion models but also future models, where people can’t generate enough stable materials, and it can improve stability,” says Mingda Li. Image Credit: MIT News; iStock(CC BY-NC-ND 3.0)Scientific…...
Solid-state electrolyte blocks dendrite growth behind lithium battery fires
9+ hour, 5+ min ago (229+ words) Published in Advanced Materials, the polymer-ceramic composite suppresses dendrite formation - the mechanism that triggers thermal runaway when lithium cells are crushed or punctured in waste handling. Researchers at Chonnam National University in South Korea have developed a solid-state electrolyte that…...
siv_still_frame [IMAGE] | EurekAlert! Science News Releases
9+ hour, 47+ min ago (25+ words) siv_still_frame (IMAGE) EurekAlert! Illustration of a silicon-vacancy center in a diamond crystal lattice. Harvard John A. Paulson School of Engineering and Applied Sciences...
MIT Uses AI to Challenge a Century-Old Process for Mass Ammonia Production
5+ hour, 15+ min ago (478+ words) CNOOC Posts Record Profit as China Pumps More Oil at Home Iran has blacklisted dozens of… CIA Director John Ratcliffe made… Prime Minister Andy Burnham has… Instead of synthesizing and testing thousands of alloys one by one, the researchers can…...
Sodium-Ion Batteries For The Win!
7+ hour, 9+ min ago (742+ words) Energy storage is the key to the clean energy transition. It is true that the sun does not always shine and the winds don’t always blow, but when they do, they make far more electricity than the electrical grid needs…...
Analytical Lab Facilities powers research across Waterloo and beyond | Chemical Engineering
10+ hour, 4+ min ago (443+ words) Strengthening Waterloo’s reputation as a leader in innovation and applied research From left to right: Dr.Charles Dal Castel and Dr. Faten Salim standing in front of the X-ray diffraction (XRD) instrument The Department of Chemical Engineering’s Analytical Lab Facilities…...
MIT scientists watched electrons rebuild inside a quantum material; one phase grew like an ice crystal
8+ hour, 9+ 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
12+ hour, 44+ 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…...
Minnesota college to add zinc battery to extensive green energy portfolio
9+ hour, 44+ min ago (111+ words) By Kelly Pickerel | August 26, 2026 The University of Minnesota Morris will install a 1-MW/6-MWh zinc energy storage system on its campus. The project, funded by a grant from the Legislative-Citizen Commission on Natural Resources (LCCMR), will feature the Eos Z3 system…...
Microfluidic Production and Temperature-Driven Shape Changes in
4+ hour, 32+ 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…...