New Conductive, Cotton-Based Fiber Developed for Smart Textilesby Washington State UniversityA single fiber in two sections, one made of cotton the other made of a conductive material
NewsElectronic Pathways May Enhance Collective Atomic Vibrations’ Magnetismby Rice UniversityBetter understanding of atomic vibration can help researchers design better materials
NewsThe Secret to Longer Lasting Batteries Might Be in How Soap Worksby Brown UniversityPromising electrolyte for designing better lithium batteries has nanostructures that act like micelle structures do
NewsResearchers Discover New Ultra Strong Material for Microchip Sensorsby Delft University of TechnologyMaterial doesn't just rival the strength of diamonds and graphene, but has a yield strength 10x greater than Kevlar
NewsHigh-Speed Electrical Readout Method for Graphene Nanodevicesby Tohoku UniversityResearchers outline improvements to radio-frequency reflectometry using graphene
NewsScientists Uncovered Mystery of Important Material for Semiconductorsby Oak Ridge National LaboratoryResearchers found unique environmentally induced ferroelectric phase transitions in hafnium zirconium oxide
NewsAnalog and Digital: The Best of Both Worlds in One Energy-Efficient Systemby Ecole Polytechnique Federale de LausanneThe fusion of 2D semiconductors and ferroelectric materials could lead to joint digital, analog information processing
NewsResearchers Reveal Electronic Nematicity without Charge Density Wavesby Boston CollegeElectronic nematic order revealed as a stand-along phase in kagome materials
NewsMove over Lithium-Ion: Zinc-Air Batteries a Cheaper and Safer Alternativeby Edith Cowan UniversityA new, superior alternative has emerged in the world of sustainable battery systems
NewsChromium Replaces Rare and Expensive Noble Metalsby University of BaselResearchers develop a compound that could replace osmium and ruthenium in luminescent materials
NewsA Novel Laser Slicing Technique for Diamond Semiconductorsby Chiba UniversityThe new technique paves the way for diamonds to be adopted as a next-generation semiconductor material