Scientists design wearable robot to help workers lift heavy loads safely
Work-related injuries are common, especially when lifting and carrying heavy objects.
But now, a groundbreaking wearable robot called WeaRo could help workers avoid these injuries...
Robots inspired by nature: how animals are shaping the future
Robots have become an essential part of our world, from factories to space exploration. But the latest frontier in robotics is taking inspiration from...
Moose-inspired robot feet help machines tackle mud and snow
Robots are learning to walk through mud and slippery surfaces, all thanks to feet designed like those of moose.
Scientists at Tallinn University of Technology...
How robots are revolutionizing health care
Robots are no longer just the stuff of science fiction.
They are becoming an essential part of modern medicine, helping doctors diagnose, treat, and even...
Robots with hummingbird wings: A new way to ‘feel’ the wind
Researchers in Tokyo have created a groundbreaking way for robots to sense wind direction, inspired by the natural abilities of birds and insects.
Using flexible,...
Ant-like robot swarms show incredible strength and precision
Scientists in South Korea have created swarms of tiny magnetic robots that can work together like ants to perform tasks far beyond what any...
Manta ray robots break speedy swimming record
A team of researchers has beaten its own record for the fastest swimming soft robot, drawing inspiration from manta rays to improve their ability...
World’s smallest walking robots are changing the way we see the micro world
Cornell researchers have developed the smallest walking robots ever created.
These tiny machines, measuring just 2 to 5 microns—thinner than a strand of hair—are designed...
How tiny robots learn to work together to tackle big challenges
Imagine tiny robots moving together in perfect harmony, like a stadium crowd doing the wave.
Researchers at Cornell University have created microscopic machines that can...
Scientists create tiny robots that work together like a synchronized team
Imagine tiny robots, smaller than a grain of salt, working together like a perfectly synchronized stadium wave.
Cornell University researchers have created microscopic machines that...