Writing for Science, Jeffrey Mervis features NASA’s 2017 astronaut candidates, which included three MIT affiliates. Mervis highlights how at MIT, Prof. Warren Hoburg, one of this year’s candidates, was focused on developing an, “unmanned, solar-powered airplane that could fly nonstop around the world.”
Wired reporter Matt Simon writes that CSAIL researchers have developed a system of drones that can successfully fly and drive through a city-like setting. Simon explains that the framework is a good step, “toward imagining a transportation infrastructure that works in three dimensions, not just two.”
TechCrunch reporter Brian Heater writes that MIT researchers have developed a drone that can stay aloft for five days on a single tank of gas. “In addition to supporting areas in the wake of a disaster, the team believes the drone could go a ways toward helping tech companies…achieve their longstanding…dream of delivering internet access to rural areas.”
CNBC reporter Colleen DeBaise speaks with MIT alumna Tish Scolnik about what inspired her to pursue a career in STEM. "There are so many big problems that the world is facing," Scolnik says. "Many of them can't be solved by engineering — but many of them can."
This CNN video highlights the new programmable backpack unveiled during the grand opening of the AFFOA headquarters in Cambridge. MIT alumnus Tairan Wang, COO of AFFOA, explains that the backpack is made with a programmable fabric that allows users to share information. The technology addresses how people initially connect, Wang explains.
The launch of the AFFOA headquarters featured demos of two new smart fabrics, including a programmable backpack and fabric that uses LED lights to stream information to the wearer, writes Donna Goodison for the Boston Herald. Prof. Yoel Fink, AFFOA’s CEO, explains that, “the way to changing what fabrics are involves changing what fibers are.”
In a Guardian article about how technology can be used to help refugees, Tazeen Dhunna Ahmad highlights MIT’s Refugee ACTion Hub (ReACT). ReACT is aimed at finding, “digital learning opportunities for a lost generation of children who, as a result of forced displacement, are losing their education.”
Boston Globe reporter Hiawatha Bray writes that at the launch of the AFFOA headquarters, researchers unveiled smart fabrics that can send messages, tune in audio signals and more. Bray writes that Prof. Yoel Fink, CEO of AFFOA, explained that “because the new fibers can process data like a computer…engineers will be able to develop an endless array of ways to use it.”
Zeninjor Enwemeka reports for WBUR on the opening of the Advanced Functional Fabrics of America (AFFOA) headquarters, during which the center’s first fabric products were unveiled. Enwemeka explains the, “big idea here is to develop fabrics that provide services. The folks at AFFOA think fabrics are the next software.”
UPI reporter Brooks Hays writes about MIT spinout Open Water Power, which developed a battery that can be powered by seawater. Hays writes that the, “technology promises to extend the range and capabilities of unpiloted underwater vehicles, or UUVs.”
MIT recently piloted a full-credit online course for residential students, reports Nick Roll for Inside Higher Ed. Roll writes that, “a recently released study of the class found students not only performed well but also…reported feeling less stress and having more flexibility.”
Alumna Jasmin Moghbeli speaks with NPR’s Emma Bowman about being selected for NASA astronaut training. Moghbeli, one of three trainees with MIT ties, explains that she hopes to inspire girls of color. “If they can see someone similar to them that they can relate to more, then it makes it all that much more possible…to imagine doing this.”
Prof. Daniela Rus and graduate student Robert Katzschmann speak with BBC reporter Gareth Mitchell about the device they developed to help the visually impaired navigate. Rus explains that they applied the technologies used for autonomous driving to develop a system that can, “guide a visually impaired person in the same way a suite of sensors can guide a self-driving car.”
Anne Pycha of Scientific American writes about three new methods that could be used to help detect Parkinson’s disease and enable early intervention. A new typing test developed by MIT researchers could be used to identify individuals with possible signs of Parkinson’s, “by analyzing key hold times (the time required to press and release a key).”
Wired reporter Tom Simonite highlights how Prof. Daniela Rus is developing technology that enables a car’s computer to take control from human drivers to help prevent accidents. “Eventually everyone will get to autonomy, but the technology’s not ready yet,” explains Rus. “This is an intermediate step we can take to make driving safer in the meantime.”