NewsMIT-Led Study Enhances Perovskite Solar Cell Efficiencyby Massachusetts Institute of TechnologyResearch unveils nanoscale engineering strategies to boost efficiency and durability of next-gen solar technology
NewsMIT Scientists Use a New Type of Nanoparticle to Make Vaccines More Powerfulby Massachusetts Institute of TechnologyMetal-organic particles can deliver vaccines and act as an adjuvant to generate a strong immune response at a lower dose
NewsNew Bioelectronic Mesh Can Grow with Tissues for Comprehensive Heart Monitoringby University of Massachusetts AmherstThis tool is the first that can measure both mechanical movement and electrical signal in vitro using a single sensor
NewsStudy: Global Deforestation Leads to More Mercury Pollutionby Massachusetts Institute of TechnologyScientists quantify a previously overlooked driver of human-made mercury emissions
NewsResearchers Identify New Antibiotic Candidates Using AIby Massachusetts Institute of TechnologyThese compounds were discovered with deep learning technology and offer promising results
NewsUnlocking the Secrets of the Simplest Moleculeby Heinrich-Heine University DuesseldorfResearchers use precise lasers and spectroscopy to shed light on the fundamental physics and cosmological origins of H2+
NewsDeconstructing the Structural Elements of a Lesser-Known Microbeby University of PennsylvaniaResearchers shed light on archaea, a single-cell microorganism, and the molecular mechanisms behind cell shape formation
NewsBenchtop Test Quickly Identifies Extremely Impact-Resistant Materialsby Massachusetts Institute of TechnologyHigh-speed experiments will help identify lightweight, protective “metamaterials” for objects like helmets or spacecraft
NewsA Carbon-Lite Atmosphere Could Be a Sign of Water and Life on Other Planetsby Massachusetts Institute of TechnologyA low carbon abundance in planetary atmospheres could be a signature of habitability
NewsA New Way to Visualize Brain Cancerby Brigham and Women's HospitalResearchers uncover never-before-seen details in human brain tissue with new, inexpensive microscopy technology