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Insightfulness might play a critical role in the ability to assess the accuracy of information, according to new research published in the journal Thinking & Reasoning. The study found that people with greater insight-based problem solving skills were less likely to fall for fake news.

With rise of the internet and social media, susceptibility to misinformation has become of increasing concern. The authors of the new research sought to better understand the cognitive mechanisms associated with believing in misinformation. They were particularly interested in the role of insight-based problem solving.

“I’m a neuroscientist and study the neural correlates of creativity and idea generation, specifically how we generate ideas accompanied by ‘Aha! moments’ i.e., insights,” said study author Carola Salvi, a professor at the John Cabot University of Rome and an associate faculty member at the University of Texas at Austin. “In this study, we investigated the relationship between insightfulness and aspects of social reasoning, such as believing in fake news, overclaiming, and bullshit.”

The eerie new capabilities of artificial intelligence are about to show up inside a courtroom — in the form of an AI chatbot lawyer that will soon argue a case in traffic court.

That’s according to Joshua Browder, the founder of a consumer-empowerment startup who conceived of the scheme.

Sometime next month, Browder is planning to send a real defendant into a real court armed with a recording device and a set of earbuds. Browder’s company will feed audio of the proceedings into an AI that will in turn spit out legal arguments; the defendant, he says, has agreed to repeat verbatim the outputs of the chatbot to an unwitting judge.

With the timeline of Star Trek: Prodigy being quite confusing and complex, we thought it would be worth a video dedicated to the timeline of Prodigy? So strap in as we deal with Vau N’akat time travel, how prodigy fits in with Picard, and much more!

This is gonna be interesting because we first have to start with the Protostar, we will somewhat go chronologically down the timeline, but with time travel being involved, we will jump to relevant times to further explain things.

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Not content with accelerating graphics performance with AI via its various DLSS technologies (opens in new tab) and in designing GPUs themselves, Nvidia is now using AI to improve graphics drivers and further boost performance by up to 30%. Well, that’s the latest rumour.

According to CapFrameX (opens in new tab) (via OC3D (opens in new tab) ), maker of frame time analysis tools, Nvidia is working on AI-enhanced graphics drivers. Performance boosts of up to 30% are mooted, with the average performance benefit a more modest 10%.

New tools are steadily bridging this gap. And ongoing development of one particular technique, cryo-electron tomography, or cryo-ET, has the potential to deepen how researchers study and understand how cells function in health and disease.

As the former editor-in-chief of Science magazine and as a researcher who has studied hard-to-visualize large protein structures for decades, I have witnessed astounding progress in the development of tools that can determine biological structures in detail. Just as it becomes easier to understand how complicated systems work when you know what they look like, understanding how biological structures fit together in a cell is key to understanding how organisms function.

New study claims an increase in mice median remaining lifespan of 109% via Gene Therapy Mediated Partial Reprogramming.

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It’s no secret that social media use can change adult brain anatomy, but a new study suggests that it may impact the developing brains of adolescents in profound ways as well.

Researchers from the University of North Carolina have found, in one of the first studies of its kind, that habitually checking social feeds may change the ways early adolescents process social rewards and punishments — changes concrete enough that they can be seen as distinct and divergent neural pathways in brain scans.

Published in the Journal of the American Medical Association Pediatrics, the paper found significant changes to the amygdala, the bit of grey matter in the brain associated with memory and emotions, in the brains of the 169 tween study participants from a rural North Carolina middle school.