This probably wasn’t on your radar for the week. Researchers at Osaka University have developed a method to guide cyborg insects using tiny helmets—without the need for invasive surgeries or internal implants. A Gentler Approach to Insect Control Keisuke Morishima, the lead researcher of the study combining biology and robotics, explained that this new approach […]
Cyborg Cockroaches Can Now Be Controlled With UV Goggles Read More »
Last week, Tesla’s Optimus robot impressed with its dance moves. This week, it’s showcasing a range of everyday chores—executed with surprising finesse for a humanoid robot. Tesla Bot Tackles Household Chores Using Natural Language Commands In a new video, the “Tesla bot” responds to natural language commands as it performs tasks like tossing trash into
Tesla’s Robot isn’t Superhuman Yet, But it Can Cook a Meal Read More »
“That’s awesome! But what’s it used for?” These are the two main reactions people have when they first see my Unitree Go2 Pro robot. The second question is tricky to answer, as the robot serves as both a tool and a toy. Known as a “robot dog” by its creators (implying it’s toy-like), the Go2
The Unitree Go2 Pro is Fun on Four Legs but Lacks Purpose Read More »
A new study from the University of Surrey and the University of Hamburg shows that humans are no longer the only drivers of training social robots for effective interaction. Presented at the IEEE International Conference on Robotics and Automation (ICRA), the study unveils a new simulation approach that allows researchers to test social robots without
Social Robots Learning On Their Own? New Study Skips Human Involvement In Early Testing Read More »
Scientists have created a real-time imaging system capable of capturing extended images of rapidly rotating objects. Continuously monitoring components like turbine or jet engine fan blades is vital for spotting early damage—such as cracks or wear—helping to avoid major failures and minimize maintenance requirements. “Getting clear images of rapidly spinning objects is difficult due to
“Virtual Time Freezing” Lets Scientists Inspect Spinning Devices Read More »
It weighs just 7 kilograms, but it’s powered by an AI trained with over 8,000 hours of professional tennis experience. The Tenniix robotic tennis coach adjusts to your skill level and reacts to your every move. You might remember when Deep Blue beat world chess champion Garry Kasparov — but forget that. In tennis, AI
Goodbye Human Coaches The Future of Tennis May Be in This Robot’s Hands Read More »
While soft-bodied robots are often simple and cost-effective, their movement typically relies on complex electronic systems. That’s not the case with a new model developed by researchers at the AMOLF institute in the Netherlands, which harnesses a physical principle to move its inflatable legs automatically. Innovative Design Using Inflatable Tubes The robot, created by Alberto
Air-powered Robot Uses Physics Instead Of Circuits To Walk On “Tube Legs” Read More »
Standing under 1.5 inches tall—about the height of a LEGO minifigure—the world’s smallest self-contained bipedal robot can start on its own, walk over half a mile per hour, turn, skip, and climb small steps using only its built-in battery, actuator, and control system. Nicknamed “Zippy” by its creators, the robot is the latest development from
Tiny self-Powered Robot Breaks Speed, Agility Record with Simple Design Read More »
Dyna Robotics, a startup specializing in AI-driven robotics, is preparing to launch a new embodied AI model for robotic arms, which it describes as a “major breakthrough.” The model, Dynamism v1 (DYNA-1), enables robotic arms to perform high-precision tasks autonomously over extended periods. To evaluate its performance, DYNA-1 was tasked with continuously folding napkins for
Robotics Company Unveils Next-gen AI for Robotic Arms Read More »
A disturbing video making waves on social media seems to show a chilling scenario straight out of science fiction: a humanoid robot going rogue. The brief clip captures the robot malfunctioning, thrashing its limbs erratically, and coming dangerously close to two people working nearby. The robot in question is thought to be the Unitree H1—a
What Caused this Humanoid Robot to Malfunction and Almost Harm its Handlers? Read More »