Researchers from MIT are using the brittle nature of graphene to mass produce cell-sized robots, writes David Grossman of Popular Mechanics. Called “syncells” or synthetic cells, the researchers hope they can be used in biomedical testing. “Inject hundreds into the bloodstreams and let the data fly back into sensors,” explains Grossman.
Fortune reporter Aaron Pressman highlights how Prof. Julie Shah is working on making human-robot collaboration on the assembly line more effective through the use of collaborative robots, dubbed cobots. Pressman writes that Shah “is working on software algorithms developed with machine learning that will teach cobots how and when to communicate by reading signals from the humans around them.”
BBC Click spotlights a new semi-autonomous, wearable robot developed by MIT researchers that takes different types of measurements from the skin to identify conditions such as skin cancer. “The doctor can see your whole body, but the doctor doesn’t pick up the small changes in your skin conditions, which the robot can do,” says graduate student Artem Dementyev.
A new video from MIT spinout Boston Dynamics shows their Atlas robot effortlessly jumping over logs and leaping onto ascending boxes, writes Andy McDonald for HuffPost. “From heavy lifting in factories or warehouses to search and rescue operations to missions on the battlefield, these robots can potentially do things that humans can’t or shouldn’t do,” writes McDonald.
CBS News reporter Kate Gibson writes that Atlas, the robot developed by MIT spinoff Boston Dynamics, can now tackle a parkour-style obstacle course. “The robot's control software uses its whole body -- legs, arms and torso -- to jump over a log and then leap up steps more than a foot high each, all without breaking pace,” Gibson explains.
In an article for Forbes, Charles Towers-Clark spotlights how MIT researchers developed a surgical technique that allows amputees to receive feedback from prosthetic limbs. The technique, Towers-Clark writes, “uses a muscle graft from another part of the body to complete the muscle pair, avoiding rejection which currently occurs in around 20% of cases, and allowing the patient to communicate naturally with the new limb.”
MIT’s Mediated Matter Group has developed small robots that can turn fiberglass filament into large 3-D structures, writes Jesus Diaz of Fast Company. The Fiberbots could eventually be used to build structures “in extreme situations, such as after natural disasters,” suggests Diaz.
Robotic furniture produced by MIT spinout Ori, which created a furniture system that reconfigures itself with the push of a button or voice commands, could be the solution to living in small spaces, writes Candace Jackson for The New York Times.
Boston Globe reporter Dugan Arnett spotlights MechE senior Alex Hattori, a six-time national yo-yo champion. Hattori, who was originally inspired to attend MIT so that he could take a course where students design and build yo-yos, explains that he doesn’t think he’ll ever stop competing. “I love yo-yoing as much as I did the first day,” he says.
CSAIL researchers have created a system that allows robots to see and pick up objects they have never encountered without assistance from humans, writes Jason Murdock for Newsweek. The researchers are now working on teaching the system to “move objects with a specific goal in mind, such as cleaning a desk,” reports Murdock.
In an article for Quartz about how robots are being used to help care for the elderly, Corinne Purtill highlights Prof. Sherry Turkle’s work on the impact of using machines to satisfy the human need for emotional connection. Putrill cites Turkle’s argument that using machines creates a new relationship where we “feel connected although we are alone.”
CSAIL researchers have developed a new system that gives robots a greater visual understanding of the world around them, reports Heather Kelly for CNN. “We want robots to learn by themselves how to very richly and visually understand lots of objects that are useful for lots of tasks,” explains graduate student Pete Florence.
Wired reporter Matt Simon writes that MIT researchers have developed a new system that allows robots to be able to visually inspect and then pick up new objects, all without human guidance. Graduate student Lucas Manuelli explains that the system is “all about letting the robot supervise itself, rather than humans going in and doing annotations.”
A study co-authored by MIT researchers finds that robots can develop prejudices against other robots not working on their team, writes John Biggs for TechCrunch. The researchers also found that, like humans, prejudices were reduced when there were “more distinct subpopulations being present within a population.”
MIT alumnus You Wu has spent six years perfecting robots that can travel through pipes to identify water leaks, writes Anne Quito for Quartz. “Over 240,000 water pipes burst in the US each year, with each incident costing an average of $200,000 in infrastructure damage,” notes Quito.