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Latest Articles
Saitama University researchers discover that a natural peptide aptamer switches between two target proteins depending on metal ions
2+ hour, 7+ min ago (149+ words) A naturally occurring peptide switches from calmodulin to the cancer-associated protein midkine depending on the ion environment image: Calmodulin-binding peptide (CBP) binds calmodulin in the presence of calcium ions but recognizes human midkine in the presence of sodium ions. These…...
Mustain earns one of electrochemistry's highest honors
3+ hour, 21+ min ago (251+ words) For William Mustain, being named an Electrochemical Society (ECS) Fellow is the kind of recognition he never imagined when he first started his career. Mustain was recently one of 11 individuals named to the 2026 class of ECS Fellows. Mustain joins Distinguished…...
With machine learning, LLNL researchers embrace the atomic-scale complexity of batteries
9+ hour, 27+ min ago (666+ words) Our Science and Technology Earth and Atmospheric Science HPC, Simulation and Data Science Lasers & Optical Science and Technology Nuclear, Chemical & Isotopic Science and Technology Learn How We Make Science and Technology Happen Learn More About Our Science and Technology Applying…...
Gallium’s Hidden Behavior Stuns Scientists in New Study
6+ hour, 8+ min ago (289+ words) Conventional thinking about the metal gallium has been upended by a study led by Professor Nicola Gaston. The discovery, made by Dr. Steph Lambie, shows that after melting, gallium’s covalent bonds can actually reform when the liquid metal is heated…...
Scientists capture the fastest chemical changes ever seen inside a molecule
5+ hour, 4+ min ago (148+ words) ...
Turning waste plastic into useful diacids — with just water and oxygen ―A new process breaks down plastic without any catalyst; a life-cycle assessment finds it can reduce carbon emissions―
6+ hour, 32+ min ago (175+ words) Turning waste plastic into useful diacids — with just water and oxygen ―A new process breaks down plastic without any catalyst; a life-cycle assessment finds it can reduce carbon emissions rcast.u-tokyo.ac.jp - Turning waste plastic into useful diacids — with…...
Engineered Microstructures Enable Extreme Superplasticity in Entropy Alloys
5+ hour, 4+ min ago (109+ words) This review shows how grain refinement, dynamic recrystallization, phase transformations, and controlled precipitation enable selected medium- and high-entropy alloys to sustain extreme elongation at elevated temperatures. The authors identify scalable processing, oxidation resistance, cost, recyclability, and validation in engineering-scale components…...
Ammonia Pressure Tunes Colloidal Metal Nitride Synthesis in Molten Salts
1+ hour, 11+ min ago (367+ words) Metal nitrides are attracting renewed attention because they combine strong bonds, high chemical stability and useful electronic properties—features that underpin technologies ranging from light-emitting devices and high-power electronics to hard coatings and biomedical implants. Yet producing crystalline metal nitride…...
Engineered biochar could turn biomass waste into safer, more effective tools for cleaning wastewater
7+ hour, 58+ min ago (242+ words) A new review maps how biochar-based composites can remove both conventional and emerging pollutants while emphasizing that environmental safety must be considered from the earliest stages of material design Credit: Cui Wang, Qichen Hou, Xinjun Zhang & Bo Bai Biochar, a…...
Hydrogen Research Focuses On Next-Generation Fuel Cell Systems
8+ hour ago (71+ words) Aviation Week Hydrogen Research Focuses On Next-Generation Fuel Cell Systems Intelligent Energy is developing IE-Flight, a modular fuel cell system featuring high-power evaporative cooling and a scalable design. Graham leads Aviation Week's coverage of technology, focusing on engineering and technology…...