MIT engineers and neuroscientists have developed the mosTF microscope system, which images brain synapses more clearly and quickly than previous technology.

MIT and Meta researchers have developed a computer vision technique, PlatoNeRF, using shadows for modeling 3D scenes, potentially aiding autonomous vehicles and AR/VR technologies.

UMass Amherst researchers have advanced robot collaboration, potentially benefiting manufacturing and agriculture, with a method named LVWS that optimizes teamwork among robots.

MIT researchers developed the AI algorithm SPARROW, to expedite and optimize drug discovery by evaluating molecule synthesis cost and success likelihood.

Leuko, an MIT spinoff, has introduced a noninvasive device to monitor white blood cell counts via the skin, aiming to improve outpatient care for chemotherapy patients.

MIT researchers developed an image sensor with individually programmable pixels to enhance neural activity imaging, potentially advancing studies in memory and learning.

Harvard study questions AI's ability to improve judicial bail decisions, finding a judge often diverged from AI suggestions in Dane County, Wisconsin.

MIT researchers and collaborators developed a technique to improve the reasoning of large language models by integrating programming logic with natural language, aiming for clearer, more trustworthy AI problem-solving.

MIT researchers have developed the T-REX method, a new technique for storing DNA in a heat-resistant polymer, potentially revolutionizing data preservation.

A Harvard study by Kristin Javaras finds binge eating may be more chronic and widespread, lasting beyond five years for many, with effective treatments available.

MIT engineers have created a computer vision technique that speeds up the characterization of electronic materials, such as those used in solar cells and LEDs, by 85 times, enabling faster and nearly as accurate assessment as expert analysis.

MIT researchers engineered a water-soluble variant of the enzyme histidine kinase, a crucial step in creating new antibiotics to combat antibiotic-resistant infections.

MIT students developed strategies for the university's decarbonization by 2050, presenting their findings to MIT's Climate Nucleus, which may have wide global implications.