A revolutionary tool developed at the University of Texas uses artificial intelligence to speed up the design of mRNA therapies for viruses, cancers, and genetic conditions, cutting development time from months to days.
In a world-first, Johns Hopkins researchers develop an organoid mimicking the entire human brain structure, opening new doors for understanding autism, schizophrenia, and Alzheimer’s.
Cambridge scientists are using artificial intelligence to scan mountains and disaster zones in real time, detecting landslides faster than ever before. It could save thousands of lives in the wake of extreme weather and earthquakes.
A breakthrough in perovskite/CIGS tandem solar cells boosts power conversion efficiency to 26.3%, promising cleaner, cheaper, and more sustainable energy worldwide.
Engineers and doctors in Hong Kong have developed a world-first magnetic microcatheter that can rapidly and safely reach brain clots, offering unprecedented precision in the fight against stroke.
Scientists have discovered a radical new way to convert nitrogen in the air into ammonia using uranium, a breakthrough that could revolutionize fertilizer production and cut global emissions.
Artificial intelligence is reshaping research at places like Cambridge could this be the biggest leap in human knowledge since the scientific method itself?
MIT scientists have uncovered the surprising way AI language models track changing situations, not by remembering sequences, but by doing shortcut arithmetic. The discovery could reshape how we design future intelligent systems.
Western Australian innovation promises real-time detection of fetal oxygen deprivation during labour potentially preventing cerebral palsy and other lifelong disabilities.
MIT researchers have discovered that a hidden part of many AI systems can do far more than expected, unlocking new powers to edit, generate, and even comprehend images with unprecedented accuracy.