WPI researchers are enabling aerial robots, smaller than 100 mm and weighing less than 100 g, to navigate without relying on vision.

Researchers believe that machines, acting collectively, can accomplish tasks that are difficult for individual robots.

Researchers have unveiled a novel class of AI-enhanced artificial muscles built from bio-inspired, lifelike materials.

Two machines resembling robotic vacuum cleaners sped around a ring colliding, shooting sparks and catching fire, as Iranian ...

One day, robots might navigate through your blood vessels to break up clots, deliver targeted chemotherapy or repair ruptured blood vessels more efficiently and effectively than existing tools, ...

Every Friday, students gather at Building C on Mountaintop Campus to plan experiments and fly aerial robots.  For members of Lehigh’s Aerial Swarms Club, this is a routine — working together to ...

The research heavyweight has joined Peking University’s recently elevated school dedicated to robots and advanced ...

Think of actuators as the robot’s muscles —the technology that enables humanoids to move. Actuators come in three types: ...

MIT’s Daniela Rus is redefining robotics with empathy leading CSAIL and Liquid AI recent $250m series A to build technology ...

Chinese startup Noetix Robotics has developed a humanoid robot priced lower than an iPhone by redesigning its components, ...

Once again, scientists have created something to give humanoid robots skills that no human possesses without asking themselves if it is truly a good idea.

Sanket and his students found their answer in bats and the winged mammal's highly sophisticated ability to echolocate, or ...