Add Yahoo as a preferred source to see more of our stories on Google. STORY: These little green dots are microrobots. They can navigate in a cell network and stimulate individual cells in a targeted ...

In the lab, these microrobots combined durability and safety when tested on mice. "Existing biodegradable microrobots are ...

Scientists have found a new way to use self-propelled microbots to clean wastewater. Researchers and scientists from institutions across Germany and Spain are using graphene and microbots to clean ...

“All-Terrain Microbots” sounds like it should be the name of a 1980s cartoon, accompanied by its own toy line and sugary breakfast cereal. In fact, it’s a description of the tiny microscale magnetic ...

(WNDU) - Robots have changed the medical field, and now, those robots are becoming smaller than ever before. They’re called microbots, also known as nanobots. They’re microscopic in scale, and ...

Robotics researchers often turn to the Japanese paper folding art of origami for inspiration, and with some very impressive results. Scientists working in the field at the University of Michigan have ...

In the fast-paced world of medical innovation, the development of programmable microbots is emerging as a revolutionary force, offering groundbreaking solutions for long-term autonomous operations in ...

These tiny robots take a cue from ant colonies to cooperatively build. Some do the glue work, and some assemble scaffolding that could make for stronger 3D printing. Someday armies of microscopic bots ...

Engineers at the University of Colorado­—Boulder have designed a new type of “microbot,” which has to potential to revolutionized treatment for various health conditions, including interstitial ...

Add Yahoo as a preferred source to see more of our stories on Google. Engineers across the globe are champing at the bit to make tiny robots. Once things get small, size scales blend together, but ...

Microscopic robots have been created by researchers at North Carolina State University and Duke University. By converting magnetic energy from their environment into movement, the devices can capture ...