The Transformers franchise is no stranger to crossovers. Several popular franchises like Ghostbusters, Monster Hunter, and ...

Kawasaki Heavy Industries Group, the multinational automotive conglomerate from Japan, has debuted the prototype ...

While the time-saving factor may be a moot point here, it doesn't completely diminish the appeal of using a robot vacuum in a tight space. It's actually totally plausible that spaces with less ...

The race to put humanoid robots into mass production has intensified over the past week, as companies in both the US and China made a string of announcements that convinced analysts the technology ...

The engine will help robots learn to navigate complex tasks. Disney hopes to feature entertainment robots at its theme parks. On stage during a keynote speech this week, Nvidia CEO Jensen Huang ...

A deadly deer disease has found its way into the urban deer population in Cranbrook, in B.C.'s Kootenay region. Chronic wasting disease (CWD) was detected in a female white-tailed deer during a ...

A Chinese robotics startup has begun accepting preorders for its artificial intelligence-powered humanoid robot featuring dexterous manipulation and straight-leg walking for 199,000 yuan ($27,500), ...

The newest iteration of Boston Dynamics’ Atlas humanoid robot is already disconcertingly nimble, with its ability to run, perform backflips, and toss around heavy objects. So maybe there’s ...

Nvidia announced several technologies to supercharge humanoid robot development. One includes a very Star Wars-esque-style robot that is being developed in partnership with Disney Research and ...

Nvidia CEO Jensen Huang unveiled groundbreaking AI advancements at the company’s developer conference, introducing the AI-powered robot 'Blue'. Nvidia CEO Jensen Huang unveiled 'Blue,' an ...

It’s not an easy feat to establish two sets of characters, make them feel authentic, and also set the narrative for all the chaos that lies ahead, but DC x Sonic achieves that rather seamlessly.

These tissues could be useful for building 'biohybrid' robots powered by soft, artificially grown muscle fibers. We move thanks to coordination among many skeletal muscle fibers, all twitching and ...