MIT researchers developed a self-assembling battery material that dissolves for easier recycling, addressing the electronic waste crisis in the EV industry.

MIT's AI system VaxSeer aims to enhance flu vaccine strain selection by predicting prevalent influenza strains and identifying vaccine candidates before flu season.

Erik Ballesteros, from Spring, Texas, is developing robotic arms (SuperLimbs) at MIT to aid astronauts, inspired by his childhood fascination with space and proximity to NASA's Johnson Space Center.

MIT News reports on the development of READY and MINDSCAPE, tools to assess military members' cognitive readiness and brain health, addressing the challenge of detecting subtle cognitive changes.

MIT scientists unveiled a new microscope system that allows detailed imaging of brain activity to a depth of 1.1mm without external markers using a three-photon excitation technique.

Boston Dynamics and TRI showcased Atlas, a humanoid robot capable of advanced tasks and responsive movements due to its Large Behavior Model, hinting at future widespread applications.

MIT alum James Worden presented "Anita," a solar electric boat prototype, demonstrating clean energy on the Charles River, highlighting innovation in sustainable marine transportation.

MIT researchers find a link between high temperatures and negative moods globally, using 1.2 billion social media posts, with a significant dip in sentiment once temperatures exceed 95°F, especially in lower-income countries.

MIT Lincoln Laboratory concluded its testing for chemical and biological attack resilience in the NYC subway, finding solutions for threat detection and mitigation that will enhance safety for commuters.

MIT researchers have developed a new laser comb technology for precise chemical identification, overcoming previous limitations in bandwidth. This advancement could lead to efficient environmental monitors for detecting atmospheric chemicals.

MIT researchers have developed a reconfigurable antenna using metamaterials that can change shape to cover a broad spectrum of frequencies, potentially simplifying device communication and sensing technologies.

MIT researchers developed an AI model to improve RNA-based therapeutics, aiding in faster creation of nanoparticles for vaccine and therapy delivery, with enhanced targeting and integration across cell types.

MIT researchers used AI to develop new antibiotics effective against resistant strains like MRSA and drug-resistant Neisseria gonorrhoeae, as reported by MIT News.