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

"? Meet Marty, the supermarket robot! ? Helping make shopping safer and smoother ??, he's revolutionizing retail with tech flair! ??️ Say hello next time you shop! #MartyTheRobot

A research team led by Caltech has made bioresorbable acoustic microrobots and successfully used these bots to shrink bladder tumors in mice.

AI turns short videos into interactive 3D room models for games, robot training, and real-world simulations.

A micron-sized robot can reach and study tiny places, like inside tissue samples, to take pictures and measure tiny forces.

A DNA nanobot called NanoGripper, inspired by human hands and bird claws, can interact with biological entities on a very small scale.

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

Tiny, chain-linked robots move and work together like ants or fish, using simple designs to achieve complex tasks without complex controls.

New technology uses light patterns and machine learning to guide a flexible robot arm for delicate tasks in medicine and industry.