MIT, NIST, and Demokritos collaborate to create a 3D printer that adjusts settings automatically for unknown materials, aiding sustainable manufacturing.

MIT scientists have debunked a previously acclaimed MRI method, revealing its signals of brain activity were actually artifacts from the imaging process, not neurons firing.

MIT's Haystack Observatory scientists plan to study the ionosphere's response to the April 8 solar eclipse, using instruments to capture atmospheric changes.

MIT researchers have 3D printed parts for a mass spectrometer to make it more affordable, potentially enabling in-home health monitoring for chronic diseases.

MIT researchers developed a technique using a convolutional neural network to improve the engineering of proteins, which may aid in neuroscience by enhancing brain activity measurement tools.

UMass Amherst researchers have developed a UV-emitting glass that reduces underwater biofilm growth by 98%, potentially saving the U.S. Navy millions in maintenance costs.

Lavender Tessmer at MIT is blending architecture and textiles, creating innovative fabrics with applications ranging from astronaut gear to construction.

MIT study reveals technology has replaced more jobs than created since the '80s, examining 35,000 Census job categories and a century of patents to assess automation vs. augmentation impact.

MIT engineers, led by Ju Li, have mapped out the process of elastic strain engineering, which can enhance material properties, a significant advancement with implications for the tech industry.

UMass Amherst researchers led a broad study of gene expression across 18 primate species' brains, seeking insights into brain evolution and possibly neurodegenerative diseases.

MIT alumnus Sebastien Mannai's company, Amplified Industries, introduced sensor tech to mitigate environmental hazards in oil operations, featuring AI monitoring and real-time response capabilities.

Astronomers observe a supermassive black hole exhibiting periodic "hiccups," suggesting interactions with a secondary black hole. This discovery in a galaxy 800 million light-years away may reshape our understanding of black hole behaviors.

MIT engineers have developed a DNA-based catalyst that efficiently converts CO2 into CO, potentially reducing emissions and aiding in the creation of profitable chemicals.