This 16-year-old built an autonomous AI-powered robot turtle that detects microplastics in water. The Canadian student created the turtle-i...

Engineers have developed robotic fish that mimic real aquatic life, offering an aquarium experience without the upkeep. These miniature sub...

A young innovator has created BURT, a robotic turtle that moves quietly underwater. This AI-powered machine mimics natural swimming to obse...

Researchers at New Mexico Tech are developing drones and robots using preserved bodies of dead birds. These "animatronic" birds aim to impr...

At the World Robot Conference this week in Beijing, over two dozen Chinese companies showed off humanoid robots designed to work in factori...

The twins were born in November 2021, weeks before Musk and Canadian songstress Grimes welcomed their second child via surrogacy.

The environment in these oceans may be very similar to that on Earth at the time life began.

In 2014, Milagrow added swimming pool cleaning robots, lawn mowing robots and other consumer robots. The company currently has 45 robot var...

The robots can survive highly acidic environments and temperature variations of more than 200 degrees Kelvin.

SoFi is 18.5 inches long from snout to tail and weighs about 3.5 pounds.

It mimics the way a human finger experiences tension and compression as it slides along a surface or distinguishes among different textures.

New York, Feb 19 (IANS) A team of scientists has developed small, soft biological robots -- bio-bots -- that can walk and swim on their own...

The Google CEO didn't disappoint. He wrote back to Chloe Bridgewater and urged her to pursue her dreams.

The findings may help designers create amphibious robots able to move across granular surfaces more efficiently - and with less likelihood ...

At 28, Bhattacharya has created an underwater drone that can map ocean floors and explore the deep sea and can help the defence sector.

GhostSwimmer unmanned underwater vehicle is capable of operating autonomously for extended periods of time due to its long-lasting battery.

Among other uses, these robotic versions could change how in-vitro fertilization works.