TechCrunch reporter Darrell Etherington writes that MIT researchers have developed a new system that devises hardware architecture that can speed up a robot’s operations. Etherington notes that “this research could help unlock the sci-fi future of humans and robots living in integrated harmony.”
Forbes contributor Adi Gaskell spotlights how the MIT Task Force on the Work of the Future recently released a comprehensive report examining the future of work. Gaskell writes that the Task Force's report emphasizes the “pressing issues of our time as one of improving the quality of jobs to ensure that prosperity is shared across the economy.”
Writing for the Financial Times, Ryosuke Harada highlights a new MIT report that emphasizes the “importance of education and investment in human resources and warns that in the absence of a strategy, jobs will be lost and divisions in society will widen.”
Three years after President L. Rafael Reif delivered an “intellectual call to arms” to examine the impact of technology on jobs, the MIT Task Force on the Work of the Future has published its final set of recommendations. “In an extraordinarily comprehensive effort, they included labor market analysis, field studies and policy suggestions for changes in skills-training programs, the tax code, labor laws and minimum-wage rates,” writes Steve Lohr for The New York Times.
Fast Company reporter Yasmin Gagne spotlights MIT startup Spyce, which has developed a robotic restaurant kitchen. “With a global pandemic ongoing, a meal cooked with a robotic system might be just enough of a differentiator to help Spyce thrive in an era that has decimated the restaurant industry,” writes Gagne.
MIT researchers have unveiled a new autonomous modular boat, called the Roboat II, which that uses lidar, GPS and other sensors to navigate its surroundings, reports Kyro Mitchell for Popular Mechanics. The Roboat II “can attach itself to other Roboat II’s to form one large vessel, which is then controlled by a main ‘leader’ boat.”
Washington Post reporter Rachel Lerman highlights how MIT researchers developed a robotic system that uses UV light to disinfect spaces. “By knowing the geometry of the space — usually represented as a map — the robot can compute a patrolling trajectory and speed to expose all surfaces to the dosage that neutralizes the pathogens,” explains Prof. Daniela Rus, director of CSAIL.
TechCrunch reporter Darrell Etherington writes that CSAIL researchers have built a new two-fingered robotic gripper. The researchers “equipped their robotic gripper with fingertips that are not only made out of a soft material, but that also have embedded sensors which help it continually detect the position of a cable between the grippers to better control holding and manipulating them while performing simple tasks like detangling.”
Graduate student Benjamin Jenett speaks with Tech Briefs about his work developing a new kind of airplane wing that can adapt in the air to changing conditions. "If you can have an aircraft that can actively change its shape, then you can optimize its performance," says Jenett.
CNN reporter Allen Kim writes about how CSAIL researchers developed a new system that enables a robot to disinfect surfaces and neutralize aerosolized forms of the coronavirus. In the future, the researchers hope the robot could be used to enable autonomous UV disinfection “in other environments such as supermarkets, factories and restaurants.”
WHDH reporter Emily Pritchard spotlights how CSAIL researchers have developed a new robotic system that is being used to help disinfect the Greater Boston Food Bank during the coronavirus pandemic. “We believe that is one piece of the puzzle in figuring out how to mitigate the spread of coronavirus,” says research scientist Alyssa Pierson.
A new robotic system developed by CSAIL researchers uses UV-C light to kill viruses and bacteria on surfaces and aerosols, reports Darrell Etherington for TechCrunch. “Via cameras and sensors, the robot can map an indoor space, then navigate designed waypoints within that mapped area and disinfect as it goes, keeping track of the areas it has to disinfect,” writes Etherington.
MIT researchers have developed a new robotic system that uses a UV-C light fixture to disinfect surfaces at the Greater Boston Food Bank’s warehouse staging area, reports Matt Reed for WCVB. Research scientist Alyssa Pierson explains that the ultraviolet light "breaks apart the kind of outer incasing or shell of these pathogens."
MIT researchers have developed a new way to optimize how soft robots perform certain tasks. It "shrinks drastically the amount of computational overhead required to get good movement results out of soft robots,” writes Darrell Etherington for TechCrunch, “which is a key ingredient in helping make them partial to actually use in real-life applications.”
CSAIL’s RoboRaise robot can successfully execute the Bottle Cap Challenge, removing a bottle cap with a well-placed kick, reports Darrell Etherington for TechCrunch. Etherington explains that the robot, “can mirror the actions of a human just by watching their bicep. This has a number of practical applications, including potentially assisting a person to lift large or awkward objects.”