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A report from Reuters claims that scientists in China have created a prototype of a machine that could eventually be used to produce semiconductor chips capable of powering artificial intelligence. Sources told the publication that a team in Shenzhen completed the prototype of an extreme ultraviolet lithography machine earlier this year and it is allegedly now undergoing testing. The EUV machine was reportedly made by former engineers from Dutch semiconductor supplier ASML. Reuters states that China is targeting production of its own EUV chips beginning in 2028, although other experts have projected 2030 as a more likely date. EUV is a supremely complicated bit of technology; we have an explainer below that gets into some of the details. It is at the heart of the chips made by companies such as Intel and TSMC, so any company trying to compete would also need access to EUV. Although the Chinese prototype is not yet making chips, it is reportedly able to generate the extreme ultraviolet light needed for chip manufacturing.If confirmed, this development would put China in control of tech much sooner than analysts had previously expected. To date, EUV has largely been kept out of reach by Western companies and used as a bargaining chip by the US government. Chinese President Xi Jinping has placed a high priority on the country being able to produce its own semiconductors. "The aim is for China to eventually be able to make advanced chips on machines that are entirely China-made," a source told Reuters. "China wants the United States 100 percent kicked out of its supply chains."This article originally appeared on Engadget at https://www.engadget.com/big-tech/china-reportedly-has-a-prototype-euv-machine-built-by-ex-asml-employees-235833756.html?src=rss
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Creators and publishers have long worried about Meta's ability to throttle links to outside content. Now, the company is testing out a new scheme that effectively puts link-sharing behind a paywall for creators on Facebook.Under the test, a Meta Verified subscription will determine how many links a creator can share another profile per month. According to a screenshot shared by social meda consultant Matt Navarra, creators in the test recently received a notification from Meta informing them that "certain Facebook profiles without Meta Verified, including yours, will be limited to sharing links in 2 organic posts per month." Meta is making link sharing pay to play with a new test.A spokesperson for Meta confirmed the test to Engadget. The test is currently affecting an unspecified number of creators and pages using "professional mode" on Facebook. Publishers aren't affected for now. "This is a limited test to understand whether the ability to publish an increased volume of posts with links adds additional value for Meta Verified subscribers," the spokesperson said.While Meta seems to be trying to downplay the significance of the test, it's a notable shift for the company. Many creators and businesses rely on Facebook and reducing their ability to send traffic to outside websites could be a significant hit. Many creators are already frustrated that the company puts its better customer service features behind the Meta Verified subscription, which starts at $14.99/month. Making link-sharing a premium feature as well would be even more unpopular. Have a tip for Karissa? You can reach her by email, on X, Bluesky, Threads, or send a message to @karissabe.51 to chat confidentially on Signal.This article originally appeared on Engadget at https://www.engadget.com/social-media/a-facebook-test-makes-link-sharing-a-paid-feature-for-creators-224632957.html?src=rss
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Space is full of unsolved mysteries, and a team using NASAs James Webb Space Telescope have recently turned up a doozy. "I remember after we got the data down, our collective reaction was 'What the heck is this?' It's extremely different from what we expected," said Peter Gao of the Carnegie Earth and Planets Laboratory in Washington, a co-author on the study. The researchers found an exoplanet dubbed PSR J2322-2650b that orbits a small, dense star emitting electromagnetic radiation known as a pulsar. They are an example of a black widow system, where a rapidly spinning pulsar is paired with a smaller astronomical body. A black widow duo isnt unusual, but this pair has sparked questions about how the exoplanet originally formed. The exoplanet's proximity to the pulsar and its intense gravitational pull have distorted it into an oblong lemon shape. More unusually, PSR J2322-2650b also has a unique atmosphere comprised mostly of helium and carbon. "Instead of finding the normal molecules we expect to see on an exoplanet like water, methane, and carbon dioxide we saw molecular carbon," principal investigator Michael Zhang of University of Chicago said. Given its strange atmosphere, the team isn't certain how the exoplanet formed. "It's very hard to imagine how you get this extremely carbon-enriched composition. It seems to rule out every known formation mechanism," Zhang said. For now, well chalk this up as another mystery of the universe.This article originally appeared on Engadget at https://www.engadget.com/science/space/astronomers-find-mysterious-lemon-shaped-exoplanet-with-nasas-webb-telescope-223722244.html?src=rss
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