Gizmodo reporter Andrew Liszewski writes that MIT researchers “used a high-resolution video camera with excellent low-light performance (the amount of sensor noise has to be as minimal as possible) to capture enough footage of a blank well that special processing techniques were able to not only see the shadow’s movements, but extrapolate who was creating them.”
TechCrunch reporter Brian Heater spotlights RFusion, a fully-integrated robotic arm developed by MIT researchers that “uses an RF antenna and camera mounted to an arm to find lost objects.”
Wall Street Journal reporters Angus Loten and Kevin Hand spotlight how MIT researchers are developing robots with humanlike senses that will be able to assist with a range of tasks. GelSight, a technology developed by CSAIL researchers, outfits robot arms with a small gel pad that can be pressed into objects to sense their size and texture, while another team of researchers is “working to bridge the gap between touch and sight by training an AI system to predict what a seen object feels like and what a felt object looks like.”
Graduate student Shashank Srikant speaks with The Economist about his work developing a new model that can detect computer bugs and vulnerabilities that have been maliciously inserted into computer code.
MIT researchers have developed a new robot that can help locate hidden items using AI and wireless technologies, reports Benoit Morenne for The Wall Street Journal. “The latest version of the robot has a 96% success rate at finding and picking up objects in a lab setting, including clothes and household items,” writes Morenne. “In the future, this home helper could also retrieve a specific wrench or screwdriver from a toolbox and assist a human in assembling a piece of furniture.”
MIT researchers have developed a new robot with a tactile sensing finger that can find objects buried in sand or rice, reports Emmett Smith for Mashable. “The robot could eventually perform other underground duties like identifying buried cables or disarming bombs or land mines.”
Mashable spotlights Strolling Cities, a video project from the MIT-IBM Watson AI Lab, which uses AI to allow users to imagine what different words would like as a location. “Unlike other image-generating AI systems, Strolling Cities creates fictional cities every time,” Mashable notes.
Fast Company reporter Mark Wilson spotlights Strolling Cities, a new AI video project developed by researchers from the MIT-IBM Watson AI Lab, which recreates the streets of Italy based on millions of photos and words. “I decided that the beauty and sentiment, the social, historical, and psychological contents of my memories of Italy could become an artistic project, probably a form of emotional consolation,” says Mauro Martino of the MIT-IBM Watson AI Lab. “Something beautiful always comes out of nostalgia.”
TechCrunch reporter Brian Heater writes that MIT researchers have developed a new robotic finger, dubbed the Digger Finger, that can sense and identify objects underground. “It’s a useful skill that could someday be deployed for landmines, finding underground cables and a variety of other tasks.”
Wired reporter Will Knight spotlights how MIT researchers have showed that “an AI program trained to verify that code will run safely can be deceived by making a few careful changes, like substituting certain variables, to create a harmful program.”
MIT researchers have developed a new robot, dubbed RF Grasp, that can sense hidden objects using radio waves, reports Brian Heater for TechCrunch. “The tech allows RF Grasp to pick up things that are covered up or otherwise out of its line of vision,” writes Heater.
Researchers at MIT and UMass Lowell have developed a completely flat fisheye camera lens. These lenses “could be used as depth sensors in smartphones, laptops, and wearables,” writes Victoria Song for Gizmodo. “The team also believes there could be medical applications—think imaging devices like endoscopes.”
MIT researchers have designed a completely flat wide-angle lens that can produce clear, 180-degree images, reports Darrell Etherington for TechCrunch. “The engineers were able to make it work by patterning a thin wafer of glass on one side with microscopic, three-dimensional structures that are positioned very precisely in order to scatter any inbound light in precisely the same way that a curved piece of glass would,” writes Etherington.
Fast Company reporter Adele Peters spotlights how, as part of an effort to reduce Covid-19 risk for health care workers, researchers from MIT and Brigham and Women’s Hospital developed a new system that enables remote vital sign monitoring. "We started to think about how we could protect healthcare providers and minimize contact with folks that might be infectious,” says Prof. Giovanni Traverso.
CNN reporter Allen Kim spotlights how researchers from MIT and Brigham and Women’s Hospital have modified a robotic dog so that it can be used to help measure a patient’s vital signs. “The researchers expect to focus on triage applications in the short term, with the goal of ultimately deploying robots like this to patients' hospital rooms to continuously monitor them and let doctors to check in on them without ever having to step into the room,” writes Kim.