\n<\/p>\n
SpaceX Catches Returning Rocket in Mid-Air, Turning a Fanciful Idea Into Reality<\/strong><\/a> Meta\u2019s AI Chief Says World Models Are Key to \u2018Human-Level AI\u2019\u2014But It Might Be 10 Years Out<\/strong><\/a> This Lab Robot Mixes Chemicals<\/strong><\/a>
Stephen Clark | Ars Technica
<\/em>\u201cThis achievement is the primary of its form, and it\u2019s essential for SpaceX\u2019s imaginative and prescient of quickly reusing the Starship rocket, enabling human expeditions to the moon and Mars, routine entry to area for mind-bogglingly large payloads, and novel capabilities that no different firm\u2014or nation\u2014appears near attaining.\u201d<\/p>\n
Maxwell Zeff | TechCrunch
<\/em>\u201cAre at this time\u2019s AI fashions actually remembering, considering, planning, and reasoning, similar to a human mind would? Some AI labs would have you ever imagine they’re, however in keeping with Meta\u2019s chief AI scientist Yann LeCun, the reply is not any. He thinks we might get there in a decade or so, nevertheless, by pursuing a brand new technique known as a \u2018world mannequin.’\u201d<\/p>\n
Kristel Tjandra | MIT Know-how Evaluation
<\/em>\u201cLab scientists spend a lot of their time doing laborious and repetitive duties, be it pipetting liquid samples or operating the identical analyses again and again. However what if they might merely inform a robotic to do the experiments, analyze the info, and generate a report? Enter Organa, a benchtop robotic system devised by researchers on the College of Toronto that may carry out chemistry experiments.\u201d<\/p>\n