Archive
Scientists within the European AM2SoftMag project have created an iron-based metallic glass alloy that can be 3D printed into high-density components for electric motors without relying on cobalt or rare earth elements.
Researchers at Lawrence Livermore National Laboratory have applied machine learning models to examine battery interphases at scale, uncovering how structural variations influence ion transport and cell durability.
Chemist researchers at the University of Warwick have synthesized a novel magnetoelectric material capable of operating near room temperature, offering a potential path toward ultra-low-power computer memory for AI infrastructure.
Engineers in Japan have demonstrated a low-temperature surface treatment that makes lightweight magnesium alloys both conductive and resistant to harsh acidic corrosion.
Engineers at Stanford University have demonstrated an internal heating method for methane pyrolysis, enabling tenfold efficiency gains in clean hydrogen generation and producing solid graphite.
Researchers at Sophia University and NIMS have utilized 2-aminobenzothiazole to improve the operational stability and efficiency of lead-free tin perovskite solar cells, addressing a key commercialization hurdle.
The Korea Railroad Research Institute has developed a heat-reflecting magnetic textile system that prevents extreme summer track deformation, transferring the technology to PITCHCABLE Co., Ltd. for commercial production.
Engineers at IMDEA Materials Institute have created a computational modeling framework to systematically analyze breakdown mechanisms in thermal barrier coatings used across aviation and energy generation gas turbines.
Two former Anthropic and Google researchers launched the company at a $1 billion valuation with backing from Andreessen Horowitz, Kleiner Perkins and Nvidia.
The Berkeley company will accelerate work on fault-tolerant machines while pursuing additional federal support for U.S. quantum infrastructure.
