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EPFL researchers create a soft robotic hand that picks up objects using simple movements and natural compliance.

AI and robotics are transforming U.S. farms, cutting labor costs with laser weeders and drones. But as jobs dwindle, can technology and workers coexist? The future of farming unfolds.

MIT engineers have found a new way to train multiagent systems where lots of units like drones work together safely.

Ultrahigh sensitivity and stability allow precise touch detection and pressure mapping for improved human-machine interaction and battery monitoring.

Low-power sensors and artificial intelligence allow tiny drones to operate in fog, smoke, and darkness where vision-based tools fail.

?✨ Revolutionary AI sensor reads braille at lightning speed! ?? Embrace the future where robotic 'fingertips' feel like human touch. ?️? A leap in biomimetic robotics! #RoboticSensitivity #Innovation ??

Researchers developed a system that combines human speech and pointing movements so robots can locate items in cluttered spaces with much higher accuracy than before.

MIT engineers develop method to create muscle tissue that moves in multiple directions for biohybrid robots.

These innovative machines, called legged metamachines, use AI to evolve unique designs that allow them to adapt, move freely outdoors, and survive damage like living creatures.

A new method lets people guide robots with simple actions, making them better at tasks without complex retraining.