Imagine a world where robots can effortlessly turn a doorknob in a cramped hallway or replace a lightbulb in a tight closet corner with the same ease as a human hand, thanks to a groundbreaking innovation from Yale University. This vision is becoming reality as researchers have developed the Sphinx
Imagine a dusty old robot pet, once a child’s favorite toy, now sitting forgotten on a shelf, its mechanical movements outdated and uninspiring—until augmented reality (AR) transforms it into a lively companion that responds to touch, makes eye contact, and even shows moods. This remarkable shift
In a world where soft robotics and advanced materials are shaping the future of technology, a remarkable breakthrough has emerged from Hanyang University, led by Professor Jeong Jae (JJ) Wie, offering a solution to a persistent challenge in engineering. This challenge revolves around the delicate
What happens when a robot can lift a heavy water jug or shift a cumbersome box with the same ease as a human, learning the trick from just one example, and how does this breakthrough signal a new era for automation? This isn’t a distant dream but a reality unfolding in cutting-edge labs today. At
Diving into the fascinating world of robotics and artificial intelligence, I'm thrilled to sit down with Oscar Vail, a trailblazer in technology with a deep focus on cutting-edge fields like quantum computing, robotics, and open-source innovation. Today, we're exploring his insights on Physical AI,
Picture a hospital ward buzzing with activity, where a robot tasked with delivering critical supplies hesitates at a corridor intersection, unsure of its next move, stranded without a map or reliable GPS signal in a maze of identical hallways and shifting obstacles. This scenario underscores a
