MIT has developed a new wireless receiver that reduces mobile device interference by integrating a phase shifter, improving signal quality in mobile and autonomous vehicle communications.

VEIR, a Massachusetts-based startup, showcases a new power grid technology using superconducting transmission lines that promises to transmit up to five to ten times more power using existing infrastructure with minimal visual impact.

A Harvard study finds a 56% higher stroke risk in older adults who are chronically lonely, stressing the importance of addressing loneliness in public health interventions.

MIT's new course prepares students to design off-world habitats, aligning with NASA's Artemis program goals for long-term lunar bases, and combines architecture and aerospace studies.

The new Ragon Institute building in Cambridge has opened, advancing medical research with cutting-edge facilities designed for collaborative efforts in global health challenges.

Harvard's MAPS project provides a digital atlas correlating ancient infrastructure with modern economies and includes data on historic events for research and education.

MIT researchers suggest waves may shape Titan's coastlines based on erosion models, contrasting earlier inconclusive evidence of wave activity on Saturn's moon.

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.