Imagine a tiny, squishy robot that can crawl through earthquake debris to find people trapped under rubble, or travel inside ...

A tiny, soft robot that moves with magnets could crawl through debris or inside the body to find survivors, deliver medicine, ...

This project focuses on building robust datasets that capture natural human behaviors elicited during human-robot interactions. For example, we are capturing data on the various types of gestures that ...

Magnetic fields are ideal for medical applications as they pass harmlessly through human tissue, enabling the remote manipulation of tiny surgical robots. Controlled rolling and sweeping motions are ...

A tiny, soft, flexible robot that can crawl through earthquake rubble to find trapped victims or travel inside the human body ...

Google is on a quest to give AI a body, and in doing so, might also do the reverse i.e. figure the perfect brain for every robot ... human behaviours and intricate spatial dynamics defy simple ...

a necessary step before human trials are expected to begin in 2026. External magnet controls the movement of robot inside the body. STORM Lab / University of Leeds Pietro Valdastri, Professor and ...

1 Wet robot mechanism without gaps We conducted various experiments on tasks involving physical contact with humans using the world's highest level human-friendly robot (Dry-AIREC). Furthermore, we ...