Zooplankton-like rotifers dramatically accelerate the transformation of microplastics into riskier nanoplastics, per UMass Amherst study.

MIT physicists' groundbreaking manipulation of electrons in 3D crystals channels promise for quantum technology advances.

MIT engineers develop a pioneering algorithm to detect and fix potential failures in various autonomous systems, raising reliability and safety.

The GlycoMIT Symposium highlighted global advancements in glycobiology, underscoring the significance of collaborative efforts in scientific studies.

Studies highlight that traditional lead aprons used for dental X-ray protection are outdated due to advanced technology, reducing radiation risks.

Harvard study reveals exercise triggers anti-inflammatory T cells in muscles, improving exercise endurance and overall health.

MIT's City Science Network addresses climate change, social equity, and economic growth via global collaboration and community drive.

Teenage cancer patient, Dustin Liang, used MITx calculus to interpret his leukemia treatment and estimate blood cell counts.

MIT study casts doubt on the reliability of survey-reported media preferences, highlighting a divergence in stated preferences and actual news consumption.

Human emissions caused a sevenfold increase in atmospheric mercury concentration since 1500, Harvard study reports.

Abigail Schipper, MIT biomedical engineer, works to address healthcare inequities with advanced tech solutions and inclusive CPR training.

MITs startup, Noya, aims to combat climate change with innovative units, drawing CO2 from the atmosphere, powered by renewable energy.

MIT study uncovers lights role in boosting water evaporation, offering potential improvements in desalination and climate models.