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Stronger Muscle-Powered Robots
Artificial tendons make muscle-powered robots stronger and faster. They can last longer and work in tricky or dangerous places.
Biohybrid robots often face a key...
Robots Gain More Human-Like Planning
A new two-layer language-model algorithm is helping robots break down tasks, refine actions on the fly, and execute movements with greater human-like reasoning, showing...
Magnetic Fields Boost Power In Soft Robots
What if the same forces that move a soft robot could also power it? New research shows magnetic fields can make robots untethered, smart,...
Humanoid Robots Learning To Handle Objects
Humanoid robots struggle with new tasks. A new approach could help them handle objects reliably in homes, factories, and service settings.
Humanoid Robots Learning to...
Tactile Sensing Lets Quadruped Robots Carry Loose Loads
A new high-density tactile sensor array enables four-legged robots to balance and transport unsecured objects, marking a major step toward practical home, industrial and...
Can Robots Move Like Humans?
Robots are very different from humans as they can not move like humans. Not anymore. Read on to learn more!
Humanoid robots struggle with one...
Robots Navigating Without GPS
Robots can now find their way in blocked or dangerous places without GPS. Using ideas from insects, birds, and rodents, they navigate smarter and...
Teaching Robots To See And Understand Space
Robots often misjudge space making tasks tricky. A new training dataset teaches them to see, reason, and act like humans.
Robots struggle to navigate and...
Fast 3D Mapping For Robots In Dangerous Areas
In disaster zones, every second counts. What if a robot could map hazardous spaces in real-time, converting hundreds of images into an accurate 3D...
Ultra-Light “Fabric Muscle” For Wearable Robots
An automated system that weaves ultra-thin “fabric muscles” capable of powering wearable robots like everyday clothing—lightweight, flexible, and ready for mass production.
In a major...