When A.R. Rahman, two-time Academy Award winner, singer-songwriter, and music producer from India, came to visit and take a course at MIT in July, he was in his element during a tour of interactive music systems on campus.
Movement really moves Richard Fineman, a fourth-year PhD student in the Harvard-MIT Program in Health Sciences and Technology. Using wearable sensors and a range of complex modeling tools, Fineman is able to measure and understand a body in motion in unprecedented ways. He is using what he’s learning to advance human health and medicine, as well as astronaut garb.
Looking back on his MIT graduate student days in the late 1980s, Admiral John M. Richardson SM ’89, EE ’89, ENG ’89 recalls a quieter time. He was not yet helming the world’s most powerful navy, nor was global competition at sea nearly so high.
If humans are going to be able to travel to Mars one day, Cem Tasan’s research on metals just might play a role in the mission. Tasan, the Thomas B. King Career Development Professor in Metallurgy in the Department of Materials Science and Engineering at MIT, works to produce metals that will bend with the changing times.
Felipe de Quesada is cut out to be a materials scientist. He likes to design things and see how they work at a microscale: to look at the arrangement of atoms and study their crystal structure. This fascination traces back to boyhood when he created his own toys.
Will the recent U.S. withdrawal from a 2015 accord that put restrictions on Iran’s nuclear program make it easier for Iran to pursue the bomb in secret? Not likely, according to R. Scott Kemp, an associate professor of nuclear science and engineering at MIT.
Senior Annamarie Bair was determined to become a medical doctor when she arrived at MIT from the Midwest nearly four years ago. She was fascinated by neuroscience but had yet to channel that passion toward what became her true focus: artificial intelligence and health care.
MIT senior Isabel “Izzy” Lloyd will graduate this spring with not only a degree in mechanical engineering, but with the pleasure of knowing she accomplished a goal she set for herself as a freshman: to impact those around her in a truly positive way.
MIT researchers have built an ingestible sensor equipped with genetically engineered bacteria that can diagnose bleeding in the stomach or other gastrointestinal problems.
When James Quigley applied to MIT, he didn’t need an algorithm to tell him getting in wasn’t a high-probability outcome. An Army veteran attending community college in California, he possessed a talent for math, a desire to do big things, and a sobering group of friends who insisted: “Mortals don’t get into MIT.” Quigley knew a dare when he heard one. As for probability measures, those he chose to ignore.