>
Bret Weinstein's Thoughts on Charlie Kirk and Iran
We Are the Villains in This Story
My Prediction For the War with Iran
Foreign Hacker Cracked Into FBI's Epstein Files In 2023, Was 'Disgusted' At Child Sexual
Human Brain Cells Merge With Silica To Play DOOM
Will Yann LeCun Provide The Next Breakthrough In AI?
Human Brain Cells Merge With Silica To Play DOOM
Solar And Storage Could Reshape Rural Electricity Markets
With World Seemingly At War, DARPA Finds Time To Unveil The X-76
The world's first diesel plug-in hybrid pickup truck is here
US advances nuclear revival with approval of Natrium Gen IV reactor
Your Contractor Doesn't Want Me To Show You This!
CEO of Blacklisted AI Company Anthropic, Dario Amodei Says His AI Models 'May Have Gained...

As a social media platform with global reach, Facebook leans extensively on its artificial intelligence and machine-learning systems to keep the site online and harmful content off it (at least, some of the time). Following its announcement at the start of the month regarding self-supervised learning, computer vision, and natural language processing, Facebook on Monday shared details about three additional areas of research that could eventually lead to more capable and curious AI.
"Much of our work in robotics is focused on self-supervised learning, in which systems learn directly from raw data so they can adapt to new tasks and new circumstances," a team of researchers from FAIR (Facebook AI Research) wrote in a blog post. "In robotics, we're advancing techniques such as model-based reinforcement learning (RL) to enable robots to teach themselves through trial and error using direct input from sensors."
Specifically, the team has been trying to get a six-legged robot to teach itself to walk without any outside assistance. "Generally speaking, locomotion is a very difficult task in robotics and this is what it makes it very exciting from our perspective," Roberto Calandra, a FAIR researcher, told Engadget. "We have been able to design algorithms for AI and actually test them on a really challenging problem that we otherwise don't know how to solve."