Deep Brain Stimulation (DBS) is evolving into an intelligent, adaptive therapy that works like a 'pacemaker for the brain'. Discover how this personalized approach, which 'listens' to brain waves and acts on demand, offers new hope to patients with severe Parkinson's disease, chronic pain, depression, and OCD
Researchers from Northwestern University and the Toyota Institute have developed a revolutionary "megalibrary" method for rapid material discovery. In record time, they found a new, inexpensive ruthenium- and cobalt-based catalyst that successfully replaces costly iridium in green hydrogen production, opening the path to clean energy
Scientists at MIT have developed a revolutionary, compact infrared laser comb that uses an innovative dual-chirped mirror to compensate for dispersion. This technology enables the creation of ultra-precise portable spectrometers for the instant detection of hazardous chemicals and environmental pollutants
Scientists at MIT have developed a revolutionary technique that reveals for the first time how protein language models make decisions. This breakthrough into the 'black box' of artificial intelligence enables faster development of medicines and vaccines and opens the door to completely new biological insights, changing the future of medicine.
Mit scientists have developed a revolutionary machine learning model called FastSolv. It predicts with unprecedented precision the solubility of molecules, which dramatically accelerates the design and synthesis of new drugs and encourages the use of more environmentally friendly solvents in the industry.
Scientists at the SLAC laboratory have for the first time directly measured the temperature of atoms, discovering that gold can remain solid at 19,000 K. This achievement challenges the theory of the 'entropy catastrophe' and opens new doors for exploring planetary cores and developing fusion energy, fundamentally changing our understanding of matter