Mapping the Future of Technology with Next-Generation Materialsby Ajay P. ManuelNext-generation materials set the stage for a future of innovation using high-performance structural composite materials with enhanced capabilities and applications
NewsSpeaking without Vocal Cords Thanks to a New AI-Assisted Wearable Deviceby University of California - Los AngelesAn adhesive neck patch is the latest advance by UCLA bioengineers in speech technology for people with disabilities
NewsRice Breakthrough Could Make Automated Dosing Systems Universalby Rice UniversitySynthetic biologists hack blood-glucose reaction to create chemotherapy detector
NewsResearchers Prove Fundamental Limits of Electromagnetic Energy Absorptionby Duke UniversityMathematical solution evaded discovery for over two decades
NewsA Simple and Robust Experimental Process for Protein Engineeringby University of MichiganNew easily interpretable technique can reduce costs and increase scale of protein optimization for multiple applications
NewsReimagining Electron Microscopyby University of Illinois Grainger College of EngineeringBringing high-end resolution to lower-cost microscopes
NewsDual-Energy Harvesting Device Could Power Future Wireless Medical Implantsby Penn StateNew device can harvest energy from magnetic field and ultrasound sources simultaneously, converting it to electricity
NewsNew Structural Insights Could Lead to Mechanical Enhancement in Alloysby Penn StateStudy reveals interactions that could be used to enhance the mechanical performance of high- and medium-entropy alloys
NewsTreating Liver Cancer with Microrobots Piloted by a Magnetic Fieldby University of Montreal Hospital Research CentreResearchers have developed a novel approach to treat liver tumors using magnet-guided microrobots in an MRI device
NewsSensors Made from 'Frozen Smoke' Can Detect Toxic Formaldehyde in Homes, Officesby University of CambridgeAerogel-based sensors are capable of detecting formaldehyde at concentrations as low as eight parts per billion
NewsIlluminating the Invisibleby University of Pennsylvania School of Engineering and Applied ScienceNew molecular tool brings the smallest protein clusters into focus