Nanoarchitectonics rebuilds spent battery cathodes with fluorine from PFAS forever chemicals
Nanoarchitectonics uses fluorine from PFAS to rebuild spent lithium-iron phosphate cathodes into high-capacity composite electrodes.
Nanoarchitectonics uses fluorine from PFAS to rebuild spent lithium-iron phosphate cathodes into high-capacity composite electrodes.
Researchers have developed a nanoscale device that converts low-energy infrared and red light into higher-energy visible light, eventually improving solar panels, sensing technologies and advanced manufacturing systems.
Nanoscale device converts wasted infrared light into usable energy Read More »
By processing data on site rather than in distant cloud systems, the Vetra AI infrastructure enables faster, safer learning for robotics and other AI-powered technologies.
New AI infrastructure to help robots and machines learn in real time Read More »
New optical fiber uses laser heating and bubble convection to trap thousands of bacteria and nanoparticles in 60 seconds, enabling faster, more sensitive detection.
Bringing bacteria into better focus Read More »
Porous wood and graphene create a light-trapping propellant that enables efficient laser ablation at unusually low continuous wave intensity.
Graphene-engineered wood lowers the power barrier for laser propulsion Read More »