New gene therapy restores hearing in deaf children with a genetic mutation, as reported in Nature Medicine and further detailed by the Harvard Gazette.

MIT and the University of Texas researchers developed a chip-sized 3D printer using light to solidify resin, promising portable, on-site manufacturing.

A study found the Mediterranean diet may reduce mortality risk in women by 23%, citing lower disease-related deaths, based on a 25-year follow-up with over 25,000 participants.

MIT researchers have developed a method to track gene expression by capturing brief RNA molecules, promising advances in genetics and disease treatment.

A comprehensive atlas of human tyrosine kinases has been created by researchers from MIT, Harvard, and Yale, with potential to advance cancer research and precision medicine.

Research led by François Lapointe suggests atmospheric blocking significantly influences the Arctic's extreme warming and precipitation, particularly in Svalbard.

MIT engineers developed a training method, called Policy Composition (PoCo), that improves robot versatility in performing various tasks, promising a 20% increase in performance.

Researchers at Harvard affiliated Mass General Cancer Center found that the statin drug pitavastatin may prevent cancer by blocking inflammation pathways.

A study suggests genetics, specifically the APOE4 gene variant, plays a key role in Alzheimer's disease, potentially affecting diagnosis and treatment.

Researchers from SMART and colleagues identified a mechanism behind drug resistance in malaria parasites, involving tRNA modification, which could lead to new treatments against the disease.

MIT and MITRE have developed a new modular quantum computing platform that may surpass current supercomputers, utilizing a "quantum-system-on-chip" for controlling thousands of qubits.

An MIT study found that both the public and experts take policy warnings on social media as seriously as traditional formal statements, challenging assumptions about the credibility of social media communications by world leaders.

Harvard scientists and Amazon Web Services have established the longest quantum network yet between Boston and Cambridge. This breakthrough in quantum networking aims for ultra-secure communication and future quantum internet development.