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Samsung, Hisense, TCL and Sony presented RGB LED TVs at IFA in Berlin last month. The technology replaces each standard LED backlight with a trio of red, green and blue LEDs to expand the range of colors a screen can display. Each manufacturer is using different name for the technology: Hisense has called it RGB-MiniLED, Samsung named it Micro RGB, Sony introduced Sony RGB Technology, and TCL branded it RGB Micro LED. The companies previously tried other monikers at CES. Avi Greengart of Techsponential told PCMag the difference in color fidelity was not subtle when he viewed Samsung's version. PCMag found the Hisense 116UX the brightest TV with the widest color range he had evaluated. Both the 116-inch Hisense and Samsung's 115-inch model list at $30,000. TCL introduced RGB sets in China at prices starting at the equivalent of $1,150 for a 65-inch model. Greengart cautioned that it remained unclear whether the technology would rapidly decline in price or stay expensive like MicroLED.

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An anonymous reader shares a report: It's been a while since Apple last mocked Windows security, but the iPhone maker has just released an ad that hits Windows hard. The eight-minute commercial pokes fun at the CrowdStrike Blue Screen of Death (BSOD) issue that took down millions of Windows machines last year. Apple's ad follows The Underdogs, a fictional company that's about to attend a trade show, before a PC outage causes chaos and a Blue Screen of Death shuts down machines at the convention. If it wasn't clear Apple was mocking the infamous CrowdStrike incident, an IT expert appears in the middle of the ad and starts discussing kernel-level functionality, the core part of an operating system that has unrestricted access to system memory and hardware.

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The Danish government wants to introduce a ban on several social media platforms for children under the age of 15, as Prime Minister Mette Frederiksen announced Tuesday. From a report: "Mobile phones and social media are stealing our children's childhood," she said in her opening speech to the Danish parliament, the Folketing. "We have unleashed a monster," Frederiksen said, noting that almost all Danish seventh graders, where pupils are typically 13 or 14 years old, own a cellphone. "I hope that you here in the chamber will help tighten the law so that we take better care of our children here in Denmark," she added. However, Frederiksen did not give further details on what such a ban would entail, nor does a bill on an age limit appear in the government's legislative program for the upcoming parliamentary year.

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OpenAI has signed about $1 trillion in deals this year for computing power to run its AI models, commitments that dwarf its revenue and raise questions about how it can fund them. From a report: Monday's deal with chipmaker AMD follows similar agreements with Nvidia, Oracle and CoreWeave, as OpenAI races to find the computing power it thinks it will need to run services such as ChatGPT. The deals would give OpenAI access to more than 20 gigawatts of computing capacity, roughly equivalent to the power from 20 nuclear reactors, over the next decade. Each 1GW of AI computing capacity costs about $50bn to deploy in today's prices, according to estimates by OpenAI executives, making the total cost about $1tn. The deals have bound some of the world's biggest tech groups to OpenAI's ability to become a profitable business that can meet its increasingly steep financial obligations.

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AmiMoJo writes: The Irish Government's basic income scheme for artists is set to become a permanent fixture from next year, with 2,000 new places to be made available under Budget 2026. Minister for Culture Patrick O'Donovan has secured agreement with other government departments to continue and expand the initiative, which had previously operated on a pilot basis. Participants in the scheme receive a weekly payment of $379.50. The pilot programme, launched in 2022, provided basic income support to 2,000 artists and creative arts workers across Ireland. It aimed to support the arts sector's recovery following the COVID-19 pandemic, during which many artists experienced significant income loss due to restrictions on live performances and events. The scheme provides unconditional, regular payments to eligible artists and creative workers, allowing them to focus on their practice without the pressure of commercial viability. It is not means-tested and operates independently of social welfare payments. An independent evaluation of the pilot, published earlier this year, found that recipients reported increased time spent on creative work, reduced financial stress, and improved well-being.

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Gov. Gavin Newsom has signed a law banning excessively loud advertisements on streaming platforms like Netflix, Hulu and Amazon Prime that could become a de facto national standard. From a report: The new California law is aimed at addressing what the Federal Communications Commission has called a "troubling jump" in TV ad noise complaints, fueled by streamers airing commercials louder than the shows and movies they accompany. It's modeled off a federal law passed in 2010 that caps ad volumes on cable and broadcast TV, but doesn't apply to streaming services. Given the Golden State's massive sway in the entertainment industry, the new law may strong-arm streamers into shushing commercials nationwide. "We heard Californians loud and clear, and what's clear is that they don't want commercials at a volume any louder than the level at which they were previously enjoying a program," Newsom said in a statement. "California is dialing down this inconvenience across streaming platforms."

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The New York Times: John Clarke, Michel H. Devoret and John M. Martinis were awarded the Nobel Prize in Physics on Tuesday in Sweden for showing that two properties of quantum mechanics, the physical laws that rule the subatomic realm, could be observed on a system large enough to see with the naked eye. They will share a prize of 11 million Swedish kroner, or around $1.17 million. "There is no advanced technology today that does not rely on quantum mechanics," Olle Eriksson, chairman of the Nobel Committee for Physics, said during the announcement of the award. The laureates' discoveries, he added, paved the way for technologies like the cellphone, cameras and fiber optic cables. It also helped lay the groundwork for current attempts to build a quantum computer, a device that could compute and process information at speeds that would not be possible with classical computer. Martinis worked at Google from 2014 to 2020 to build a quantum computer and led the quantum supremacy experiment in 2019. Devoret is cited in Google's recent breakthrough where its Willow quantum chip solved a problem in five minutes that the world's most advanced supercomputer could never solve. The three laureates conducted experiments with electrical circuits that demonstrated quantum mechanical tunneling and quantized energy levels in systems large enough to hold in the hand. Clarke is a professor at the University of California, Berkeley. Devoret joined his research group in the 1980s and is now at Yale University and UC Santa Barbara. Martinis also joined the group in the 1980s and is currently at UC Santa Barbara and co-founded Qolab, a startup developing utility-scale superconducting quantum computers.

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India's electricity grid is struggling to accommodate the nation's economic expansion and isn't adequately equipped to handle future data center demand. Goldman Sachs estimates that power required from utilities needs roughly 7.2% annual growth between fiscal years 2025 and 2035, up from a prior 5.6%. India's data center base sits in the low single gigawatts today, but Bernstein forecasts reach 5 to 6 gigawatts by 2030. AI servers draw five to seven times the power of a legacy server rack, according to HSBC. Solar farms can be built in 12 to 24 months, but they flood the grid when daytime demand is comparatively low and then fade as households and commercial loads climb after 5 PM. On Goldman's full-year models, the system runs a 1 to 4% energy deficit by fiscal years 2034 through 2035. Assessments suggest India may need roughly 140 gigawatts of additional coal capacity by fiscal year 2035 versus 2023 levels. The government's current target is roughly 87 gigawatts by fiscal year 2032. Coal plants can run around the clock and can ramp up production during the evening hours to meet surging demand. Some of this coal is bridge capacity to stabilize a faster greening grid, but the scale required exceeds what policymakers have publicly acknowledged or what most analysts expected even two years ago.

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An anonymous reader quotes a report from The Hill: A Senate report released (PDF) Monday says AI and automation could replace nearly 100 million jobs across various industries over the next decade. The report, conducted by Democratic staffers on the Senate Health, Education, Labor and Pensions (HELP) Committee, led by Sen. Bernie Sanders (I-Vt.), outlines how AI and automation will impact the American economy and workforce. Sanders, the ranking member on the HELP Committee, has warned of the consequences widespread use of AI and automation can have for workers. As part of their investigation, staffers asked ChatGPT, OpenAI's chatbot, to predict the impact of AI and automation on certain industries. Of the 20 workforces ChatGPT said would be most affected by the technological rush, 15 will see more than half of their workforces replaced by AI and automation over the next decade. The workforce most impacted will be fast food and counter employees. According to the report, more than 3 million fast food and counter workers will be replaced over the next 10 years, accounting for 89 percent of the workforce. Other workforces that will be significantly affected include customer service representatives, laborers and freight, stock and material movers and secretaries and executive assistants -- not including legal, medical and executive positions. The report said that 83 percent, 81 percent and 80 percent of those workforces, respectively, will be replaced in the next decade. [...] Sanders, in a Fox News op-ed published Monday, doubled down on the report's findings, saying increased technological capacity risks "dehumanizing" individuals. "We do not simply need a more 'efficient' society," Sanders said. "We need a world where people live healthier, happier and more fulfilling lives."

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Microsoft is eliminating all known workarounds that let users install Windows 11 without an internet connection or Microsoft account, forcing everyone through the online setup process. The Verge reports: "We are removing known mechanisms for creating a local account in the Windows Setup experience (OOBE)," says Amanda Langowski, the lead for the Windows Insider Program. "While these mechanisms were often used to bypass Microsoft account setup, they also inadvertently skip critical setup screens, potentially causing users to exit OOBE with a device that is not fully configured for use." The changes mean Windows 11 users will need to complete the OOBE screens with an internet connection and Microsoft account in future versions of the OS. Microsoft already removed the "bypassnro" workaround earlier this year, and today's changes also disable the "start ms-cxh:localonly" command that Windows 11 users discovered after Microsoft's previous changes. Using this command now resets the OOBE process and it fails to bypass the Microsoft account requirement.

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alternative_right shares a report from ScienceDaily: Scientists may have finally uncovered the mystery behind ultra-high-energy cosmic rays -- the most powerful particles known in the universe. A team from NTNU suggests that colossal winds from supermassive black holes could be accelerating these particles to unimaginable speeds. These winds, moving at half the speed of light, might not only shape entire galaxies but also fling atomic nuclei across the cosmos with incredible energy. [...] But what on earth does that mean? The Milky Way is the neighborhood in the universe where you and I live. Our Sun and solar system are part of this galaxy, along with at least 100 billion other stars. "There is a black hole called Sagittarius-A* located right in the centre of the Milky Way. This black hole is currently in a quiet phase where it isn't consuming any stars, as there is not enough matter in the vicinity," [said postdoctoral fellow Enrico Peretti from the Universite Paris Cite]. This contrasts with growing, supermassive, active black holes that consume up to several times the mass of our own Sun each year. "A tiny portion of the material can be pushed away by the force of the black hole before it is pulled in. As a result, around half of these supermassive black holes create winds that move through the universe at up to half the speed of light," Peretti said. We have known about these gigantic winds for approximately ten years. The winds from these black holes can affect galaxies. By blowing away gases, they can prevent new stars from forming, for example. This is dramatic enough in itself, but Oikonomou and her colleagues looked at something else, much smaller, that these winds could be the cause of." It is possible that these powerful winds accelerate the particles that create the ultra-high-energy radiation," said [lead author Domenik Ehlert]. The findings have been published in the journal Monthly Notices of the Royal Astronomical Society.

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An anonymous reader quotes a report from The Guardian: The heads of UK physics departments say their subject is facing a national crisis as one in four warns that their university departments are in danger of closing because of funding pressures. In an anonymous survey of department heads by the Institute of Physics (IoP), 26% said they faced potential closure of their department within the next two years, while 60% said they expected courses to be reduced. Four out of five departments said they were making staff cuts, and many were considering mergers or consolidation in what senior physicists described as a severe threat to the UK's future success. [...] To avoid "irreversible damage", the IoP is asking for immediate government action including funding to support existing labs and research facilities, as well as setting up an "early warning system" to monitor departments at risk of closure, and reduce pressures affecting international student recruitment. In the longer term it is calling for radical reforms in higher education funding to allow universities to meet the full costs of teaching nationally important subjects such as physics. Sir Keith Burnett, the IoP's president and a former chair of physics at Oxford University, said: "While we understand the pressures on public finances, it would be negligent not to sound the alarm for a national capability fundamental to our wellbeing, competitiveness and the defense of the realm. "We are walking towards a cliff edge but there is still time to avert a crisis which would lead not just to lost potential but to many physics departments shutting down altogether. Physics researchers and talented physics students are our future but if action isn't taken now to stabilize, strengthen and sustain one of our greatest national assets, we risk leaving them high and dry." Thomas said the erosion in value of domestic tuition fees and falling numbers of international students were behind the financial pressures, with smaller physics departments the most at risk. "What that means is we will get more and more concentration of where physics is being taught and lose geographical distribution. That goes against aims of widening participation and means some disadvantaged groups will miss out on opportunities to study physics, and it's important that we recognize that," Thomas said.

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