Credit: MIT.MIT researchers have ushered in a new era of tactile sensing for robotic hands, unveiling a groundbreaking camera-based touch sensor called the "GelSight Svelte." This innovative sensor, designed to emulate the shape and capabilities of a human finger, promises high-resolution tactile sensing over a vast area. It has the potential to redefine robotic manipulation...
Credit: Florida Atlantic University.A special glove has been created to help people who play the piano and have had a stroke. This glove is made of soft materials and uses clever technology to improve the movement of the hand. When someone has a stroke, it can be hard for them to do everyday things...
francescoch//Getty ImagesBiologist Cornelis Vlasman imagines the body as a functioning biological LEGO system. As well as, his clickable system of swapping human organs is coming to life … if you want to define life reasonably loosely. Moreover, you are willing to suspend reality for a bit.In a (fictional) experiment, Vlasman developed OSCAR, a living,...
Veo Robotics’ FreeMove system being tested with an ABB robot in a palletizing operation. Credit: Veo Robotics’As the industry increasingly adopts collaborative robots (cobots) to work together with humans in manufacturing and assembly tasks, an innovation in cobot technology has emerged. This technology, based mostly on speed and separation monitoring, brings collaborative capabilities to...
Insects’ remarkable acrobatic traits help them navigate the aerial world, with all of its wind gusts, obstacles, and general uncertainty. Such traits are also hard to build into flying robots — but MIT Assistant Professor Kevin Yufeng Chen has built a system that approaches insects’ agility. Credit: courtesy of Kevin Yufeng ChenThe use of...
Fish are thought to adjust their tail stiffness in order to swim efficiently over a wide range of speeds, but how and when they tune the amount of stiffness has been a mystery. A model created by University of Virginia School of Engineering researchers that combines robotics, fluid dynamics and biomechanics has revealed the...
An MIT-developed inflatable robotic prosthetic hand provides amputees real-time responsive control. The smart hand is soft and flexible, weighs around 0.23 kilograms, and costs a fraction of similar prosthetics. Credit: Courtesy of the researchers at MIT / MIT NewsProsthetics enable a wide range of everyday tasks, including shaking hands, stroking cats, and zipping up...
