The future is now…and it’s tiny. In A Nutshell Researchers built autonomous robots just 210-340 micrometers wide—roughly the ...

Could a robot smaller than a grain of salt support its own brain, move through fluid environments, and operate for months without outside commands? This is a problem that scientists from the ...

Machine touted as first tiny robot to be able to sense, think and act, envisioning a future of use inside human body.

Professor Boyuan Chen poses with some of his 3D printed robots that were designed and built through his new platform called Text2Robot that allows people to simply tell a computer what kind of robot ...

Over the past decades, roboticists have introduced a wide range of advanced systems that can move around in their ...

In context: Teaching robots new skills has traditionally been slow and painstaking, requiring hours of step-by-step demonstrations for even the simplest tasks. If a robot encountered something ...

In 1982, personal computers were beige, boxy, and built for engineers. They were powerful, but uninviting. Few people knew what they were for, or why they might need one. It took more than just better ...

As robotic devices – including delivery and service bots as well as utilitarian drones – proliferate and develop increasing degrees of autonomy, managing fleets of robotics will become increasingly ...

Last month, as part of its 10-year industrial strategy, the government announced £40m of funding to create a network of robotics adoption hubs, which is being seen as a pivotal moment in the UK’s ...

Michael Milford receives funding from the Australian Research Council, the Australian Economic Accelerator, the Queensland Government, Amazon, Ford Motor Company, iMOVE CRC, the DAAD Australia-Germany ...