Mallory Locklear reports via Engadget: MIT announced yesterday that it and Commonwealth Fusion Systems -- an MIT spinoff -- are working on a project that aims to make harvesting energy from nuclear fusion a reality within the next 15 years. The ultimate goal is to develop a 200-megawatt power plant. MIT also announced that Italian energy firm ENI has invested $50 million towards the project, $30 million of which will be applied to research and development at MIT over the next three years. MIT and CFS plan to use newly available superconducting materials to develop large electromagnets that can produce fields four-times stronger than any being used now. The stronger magnetic fields will allow for more power to be generated resulting in, importantly, positive net energy. The method will hopefully allow for cheaper and smaller reactors. The research team aims to develop a prototype reactor within the next 10 years, followed by a 200-megawatt pilot power plant.
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He was supposed to revolutionize a California fast food kitchen, churning out 150 burgers per hour without requiring a paycheck or benefits. But after a single day of working as a cook at a Caliburger location in Pasadena this week, Flippy the burger-flipping robot has stopped flipping. From a report: In some ways, Flippy was a victim of his own success. Inundated with customers eager to see the machine in action this week, Cali Group, which runs the fast food chain, quickly realized the robot couldn't keep up with the demand. They decided instead to retrain the restaurant staff to work more efficiently alongside Flippy, according to USA Today. Temporarily decommissioned, patrons encountered a sign Thursday noting that Flippy would be "cooking soon," the paper reported. "Mostly it's the timing," Anthony Lomelino, the Chief Technology Officer for Cali Group told the paper. "When you're in the back, working with people, you talk to each other. With Flippy, you kind of need to work around his schedule. Choreographing the movements of what you do, when and how you do it."
According to a patent application made public on Thursday, March 8, Apple could be developing a new MacBook keyboard designed to prevent crumbs and dust from getting those super-shallow MacBook keys stuck. "Liquid ingress around the keys into the keyboard can damage electronics. Residues from such liquids may corrode or block electrical contacts, getting in the way of key movement and so on," the patent application reads. Digital Trends reports: The application goes on to describe how those problems might be remedied: With the careful application of gaskets, brushes, wipers, or flaps that block gaps beneath keycaps. One solution would include a membrane beneath each key, effectively insulating the interior of the keyboard from the exterior, while another describes using each keypress as a "bellows" to force contaminants out of the keyboard. "A keyboard assembly [could include] a substrate, a key cap, and a guard structure extending from the key cap that funnels contaminants away from the movement mechanism," the patent application reads.