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Meta says it’s created a generative AI tool for coding similar to GitHub’s Copilot.

The company made the announcement at an event focused on its AI infrastructure efforts, including custom chips Meta’s building to accelerate the training of generative AI models. The coding tool, called CodeCompose, isn’t available publicly — at least not yet. But Meta says its teams use it internally to get code suggestions for Python and other languages as they type in IDEs like VS Code.

“The underlying model is built on top of public research from [Meta] that we have tuned for our internal use cases and codebases,” Michael Bolin, a software engineer at Meta, said in a prerecorded video. “On the product side, we’re able to integrate CodeCompose into any surface where our developers or data scientists work with code.”

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Stability AI, the AI startup behind the text-to-image model Stable Diffusion, this week announced the release of StableStudio, an open source version of DreamStudio, Stability AI’s commercial AI-powered design suite.

In a blog post, Stability AI writes that it hopes to “foster a project [that] can outpace anything developed by a single company,” alluding to recent investments in the generative AI space from tech giants like Microsoft, Google and Amazon.

“We believe the best way to expand upon that impressive reach is through open, community-driven development rather than a private iteration of a closed-source product,” Stability AI said. “Our goal is to work with the broader community to create a world-class user interface for generative AI [that] users fully control.”

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At a virtual event this morning, Meta lifted the curtains on its efforts to develop in-house infrastructure for AI workloads, including generative AI like the type that underpins its recently launched ad design and creation tools.

It was an attempt at a projection of strength from Meta, which historically has been slow to adopt AI-friendly hardware systems — hobbling its ability to keep pace with rivals such as Google and Microsoft.

“Building our own [hardware] capabilities gives us control at every layer of the stack, from datacenter design to training frameworks,” Alexis Bjorlin, VP of Infrastructure at Meta, told TechCrunch. “This level of vertical integration is needed to push the boundaries of AI research at scale.”

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Creating the nuke bomb scene in Christopher Nolan’s Oppenheimer. In this video essay, I discuss how Christopher Nolan will film the atomic bomb scene in Oppenheimer, a biopic film on the real-life story of J. Robert Oppenheimer. Christopher Nolan’s Oppenheimer movie will change the movie landscape through its source material and also its filmmaking potential.

Oppenheimer is an upcoming American biographical film written and directed by Christopher Nolan. It is based on American Prometheus, a biography of J. Robert Oppenheimer written by Kai Bird and Martin J. Sherwin. The film is a co-production between Syncopy Inc. and Atlas Entertainment; Nolan produced the film alongside Emma Thomas and Charles Roven. Cillian Murphy leads an ensemble cast as Oppenheimer, the theoretical physicist who is among those credited with being the “father of the atomic bomb” for his role in the Manhattan Project—the World War II undertaking that developed the first nuclear weapons. The film stars Cillian Murphy, Emily Blunt, Florence Pugh, Robert Downey Jr., Matt Damon, Rami Malek, Benny Safdie, Josh Hartnett, Dane DeHaan, Jack Quaid, Matthew Modine, Dylan Arnold, David Krumholtz, Alden Ehrenreich, David Dastmalchian, Olli Haaskivi, Jason Clarke, James D’Arcy, Michael Angarano, Guy Burnet, Danny Deferrari, Matthias Schweighöfer, Gary Oldman, Harrison Gilbertson, Emma Dumont, Devon Bostick, Trond Fausa, Christopher Denham, Josh Zuckerman, Josh Peck and Olivia Thirlby.

#Oppenheimer #OppenheimerMovie #ChristopherNolan.

OPPENHEIMER — Christopher Nolan & Cillian Murphy Interview:

Continue reading “OPPENHEIMER — Creating The Nuke Scene” | >

A team of researchers at the Italian Institute of Technology recently unveiled what is being billed as the world’s first fully rechargeable, edible battery. As detailed in a paper published with Advanced Materials, the new device utilizes riboflavin (often found in shiitake mushrooms) as its anode and quercetin (seen in capers) as the cathode. Activated charcoal amplified the electrical conductivity alongside a water-based electrolyte. Nori seaweed—most often seen in sushi—served as the short circuit prevention separator, while beeswax-encased electrodes and food-grade gold foil contacts also contributed to the design.

The battery relies on chemical components often found in shiitake mushrooms, capers, and seaweed—and may come in handy for children’s toys.

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Dr. Sylvain Moreno is chief executive officer and scientific director of Circle Innovation.

Artificial intelligence (AI) holds great promise in the fight against ageism, and future technologies powered by AI can be a first step to ensure older adults are fully involved in the processes, systems and, ultimately, services that will affect them throughout the aging journey.

Healthcare providers, governments, academia, not-for-profits and businesses can ensure that AI is not only strengthening healthcare for older adults but also empowering them to meet their individual needs.

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When will humans become Type II? Join us… and find out more!

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In this video, Unveiled takes a closer look at how (and when) humans will finally move up the Kardashev Scale! At present, humankind is only Type 0.7 on the ladder of advancement… we have a long way to go! But how soon before we see things like Dyson Spheres and space travel to other planets? How soon before we become TYPE II?

This is Unveiled, giving you incredible answers to extraordinary questions!

Continue reading “When Will Humanity Become a Stellar Civilization? | Unveiled” | >