MassAITC uses AI technology to improve the lives of aging populations and Alzheimers patients through innovative solutions and healthcare advancements.

MIT researchers develop a polygenic scoring model for improved genetic predictions in underrepresented populations, advocating health equity.

New research unveils atomic vacancies in silicon carbide as a novel method for analyzing acoustic resonators' key components in electronics.

Expensify Lounge, a lavish San Francisco co-work space, will close as the company affirms that the office is dead and focuses on remote work benefits.

MIT researchers introduce FibeRobo, a shape-shifting fiber promising versatile applications in clothing, healthcare, and more.

OctoStudio, an innovative mobile coding app, inspires creative learning worldwide by encouraging personal expression and computational skill development.

Scientists use atom probe tomography on Apollo 17 lunar samples, showing the moon is 4.46 billion years old, older by 40 million years.

Study reveals heated yoga sessions could significantly lessen depressive symptoms, posing as a potential therapeutic non-medication option.

Research links longer rugby careers to a higher chronic traumatic encephalopathy risk, with urgent calls to lessen head impacts in the sport.

LIGO enhances gravitational wave detection using frequency-dependent squeezing technology, anticipating 60 more cosmic mergers detection.

Esther Rolf leads the development of MOSAIKS, a machine learning tool transforming satellite data accessibility and aiding global sustainability and research.

MITs hydrogel mat simulates muscle cell exercise, offering new therapy insights for muscle injuries and neurodegenerative disorders.

A breakthrough technology by engineers at MIT harnesses soft optical fibers to deliver targeted light therapy for nerve-related pain, without restricting body movements. The innovative tool could help advance the understanding and treatments for peripheral nerve disorders.