Scientific American spotlights how MIT researchers have developed a new control method that enables a two-legged human-controlled robot to maintain its balance while responding quickly to the operator’s movements. The robot, which is dubbed Little HERMES, “combines the strength and resilience of a robot with the knowledge and adaptability of a human.”
A new FRONTLINE documentary spotlights Prof. Regina Barzilay’s work developing an AI system that can aid the detection of breast cancer. “A technology that had not yet penetrated the hospital setting now has the potential to save many thousands of lives each year,” writes Patrice Taddonio for PBS.
TODAY Show host Willie Geist spotlights the life and work of the late Prof. Emeritus Woodie Flowers. Geist notes that Flowers’ approach towards education “changed design and learning around the world. The charismatic and quirky Dr. Flowers pushed experiential learning. He wanted young engineers to solve problems with their hands.”
Writing for The Hill, Prof. Emeritus Henry Jacoby examines how to inspire the public and politicians to address the pressing challenges posed by climate change. Jacoby and his co-authors note that, “Public opinion isn’t the only barrier to action. Lawmakers need to play a far greater role in combatting this existential challenge.”
Forbes contributor John McManus writes that a new report from the MIT Humanitarian Supply Chain Lab examines the challenges facing the construction of new housing after a natural disaster. “If the housing system was more effective after disasters, communities would recover faster,” notes says Michael Windle, a research affiliate at MIT’s Humanitarian Supply Chain Lab.
Verge reporter Jay Peters explores how CSAIL researchers have unveiled a new system of robotic cubes, called M-Blocks, that can “move by generating momentum with an internal flywheel, and can climb on and around each other using magnets.”
Inspired by spiderwebs, MIT researchers have developed a new double-sided tape that could be used to suture wounds or surgical incisions within seconds, reports Jason Daley for Smithsonian. The researchers “designed a material that wicks away the moisture from tissues before rapidly creating a bond,” writes Daley. “To absorb water, they chose polyacrylic acid, an absorbent material used in disposable diapers.”
A system of small block-shaped robots developed by MIT researchers can now self-assemble to form new structures, reports Darrell Etherington for TechCrunch. Etherington explains that the “blocks can now use their communication system and their ability to move themselves around to perform tasks including producing various shapes, or even following arrows or light signals.”
Prof. Charles Leiserson speaks with Chronicle of Higher Education reporter Lindsay Ellis about how stand-up comedy can help early-career academics better express themselves and connect with audience members at research talks. “If you think you have good ideas and wish to have impact with them, then you need to connect with people,” says Leiserson.
CBS Boston reports that MIT researchers have developed a new double-sided surgical tape inspired by the sticky substance spiders use to catch their prey. Dr. Mallika Marshall explains that the tape “absorbs water from wet tissues and binds them together in just five seconds. Then over time, the tape dissolves.”
USA Today reporter Jennifer Jolly spotlights MIT startup Rendever, which provides virtual experiences for senior living communities. Jolly explains that Rendever users can, “get swept away on a virtual visit to their childhood home, stroll down an alley in Paris, or even attend a grandchild’s soccer game through a secure ‘family engagement portal.’”
MIT researchers have developed a new double-sided tape for tissues that could one day be used to rapidly seal wounds or incision sites after surgery, reports the BBC. The new adhesive was “inspired by the way spiders exude ‘glue’ to catch their prey in the rain.”
MIT researchers have developed a new control system that can allow a two-legged teleoperated robot to maintain its balance while running and jumping, reports Devin Coldewey for TechCrunch. The new system could make “on-site rescue robots and others on uncertain footing more reliable,” Coldewey explains.
Mashable highlights how CSAIL researchers have developed self-assembling robotic cubes that can jump, spin and flip. “The blocks use a novel, magnetic and precise system,” Mashable explains. “This allows the blocks to follow 3d paths, form lines and form a group based off light aggregation.”
Forbes contributor Trevor Nace writes that MIT researchers have developed a new technique to efficiently remove carbon dioxide from the air. Nace explains that the new approach “uses a unique battery that can absorb carbon dioxide while it is charging up and release pure carbon dioxide when the battery is discharged.”