Microsoft has introduced Dragon Copilot, a voice-activated AI assistant for doctors that integrates dictation and ambient listening tools to automate clinical documentation, including notes, referrals, and post-visit summaries. The tool is set to launch in May in the U.S. and Canada. CNBC reports: Microsoft acquired Nuance Communications, the company behind Dragon Medical One and DAX Copilot, for about $16 billion in 2021. As a result, Microsoft has become a major player in the fiercely competitive AI scribing market, which has exploded in popularity as health systems have been looking for tools to help address burnout. AI scribes like DAX Copilot allow doctors to draft clinical notes in real time as they consensually record their visits with patients. DAX Copilot has been used in more than 3 million patient visits across 600 health-care organizations in the last month, Microsoft said. Dragon Copilot is accessible through a mobile app, browser or desktop, and it integrates directly with several different electronic health records, the company said. Clinicians will still be able to draft clinical notes with the assistant like they could with DAX Copilot, but they'll be able to use natural language to edit their documentation and prompt it further, Kenn Harper, general manager of Dragon products at Microsoft, told reporters on the call. For instance, a doctor could ask questions like, "Was the patient experiencing ear pain?" or "Can you add the ICD-10 codes to the assessment and plan?" Physicians can also ask broader treatment-related queries such as, "Should this patient be screened for lung cancer?" and get an answer with links to resources like the Centers for Disease Control and Prevention. [...]

Read more of this story at Slashdot.

An anonymous reader quotes a report from TechCrunch: Chipmaker TSMC said that it aims to invest "at least" $100 billion in chip manufacturing plants in the U.S. over the next four years as part of an effort to expand the company's network of semiconductor factories. President Donald Trump announced the news during a press conference Monday. TSMC's cash infusion will fund the construction of several new facilities in Arizona, C. C. Wei, chairman and CEO of TSMC, said during the briefing. "We are going to produce many AI chips to support AI progress," Wei said. TSMC previously pledged to pour $65 billion into U.S.-based fabrication plants and has received up to $6.6 billion in grants from the CHIPS Act, a major Biden administration-era law that sought to boost domestic semiconductor production. The new investment brings TSMC's total investments in the U.S. chip industry to around $165 billion, Trump said in prepared remarks. [...] TSMC, the world's largest contract chip maker, already has several facilities in the U.S., including a factory in Arizona that began mass production late last year. But the company currently reserves its most sophisticated facilities for its home country of Taiwan.

Read more of this story at Slashdot.

Former Intel CEO Craig Barrett urged the rehiring of Pat Gelsinger, who was abruptly fired two months ago, arguing he should "finish the job he has aptly handled over the past few years." "Pat Gelsinger did a great job resuscitating the technology development team," Barrett wrote, criticizing the company's current leadership under "a CFO and a product manager." He suggested firing the Intel board rather than splitting the company. Barrett's comments come in response to proposals from four former board members advocating for Intel's separation into design and manufacturing businesses. Barrett dismissed these board members as "two academics and two former government bureaucrats" lacking semiconductor industry expertise. The former CEO praised Intel's technological resurgence under Gelsinger, noting its capabilities now match industry leader TSMC's 2nm technology, with additional advances in imaging technology and backside power delivery to complex chips. "Intel is backâ"from a technology point of view," Barrett wrote, arguing the best path forward is building on current momentum rather than organizational restructuring that would disrupt the company's 100,000-plus employees across multiple continents.

Read more of this story at Slashdot.

The world's biggest call center company is using artificial intelligence to "neutralise" Indian accents for Western customers. From a report: Teleperformance said it was applying real-time AI software on phone calls in order to increase "human empathy" between two people on the phone. The French company's customers in the UK include parts of the Government, the NHS, Vodafone and eBay. Teleperformance has 90,000 employees in India and tens of thousands more in other countries. It is using software from Sanas, an American company that says the system helps "build a more understanding world" and reduces miscommunication. The company's website says it makes call center workers more productive and means customer service calls are resolved more quickly. The company also says it means call center workers are less likely to be abused and customers are less likely to demand to speak to a supervisor. It is already used by companies including Walmart and UPS.

Read more of this story at Slashdot.

Silicon Valley, the place that did more than any other to pioneer artificial intelligence, is the most exposed to its ability to automate work. That's according to an analysis by researchers at the Brookings Institution, a think tank, which matched the tasks that OpenAI's ChatGPT-4 could do with the jobs that are most common in different US cities. From a report: The result is a sharp departure from previous rounds of automation. Whereas technologies like robotics came for middle-class jobs -- and manufacturing cities such as Detroit -- generative AI is best at the white-collar work that's highly paid and most common in "superstar" cities like San Francisco and Washington, DC. The Brookings analysis is of the US, but the same logic would apply anywhere: The more a city's economy is oriented around white-collar knowledge work, the more exposed it is to AI. "Exposure" doesn't necessarily mean automation, stressed Mark Muro, a senior fellow at Brookings and one of the study's authors. It could also mean productivity gains. From the Brookings report: Now, the higher-end workers and regions only mildly exposed to earlier forms of automation look to be most involved (for better or worse) with generative AI and its facility for cognitive, office-type tasks. In that vein, workers in high-skill metro areas such as San Jose, Calif.; San Francisco; Durham, N.C.; New York; and Washington D.C. appear likely to experience heavy involvement with generative AI, while those in less office-oriented metro areas such as Las Vegas; Toledo, Ohio; and Fort Wayne, Ind. appear far less susceptible. For instance, while 43% of workers in San Jose could see generative AI shift half or more of their work tasks, that share is only 31% of workers in Las Vegas.

Read more of this story at Slashdot.

Britain, the birthplace of the Industrial Revolution, now suffers from its opposite: profound energy shortages and deep affordability crises [non-paywalled link]. A new report titled "Foundations" identifies the root cause -- "it is difficult to build almost anything, anywhere" in the UK. Housing exemplifies this malaise. Since the 1990s, homeownership among young British workers has halved while housing prices doubled. The 1947 Town and Country Planning Act effectively nationalized development rights, requiring special permission for new construction and establishing restrictive "green belts." Despite Margaret Thatcher's market reforms, British house-building never recovered. This constrictive policy has stymied potential growth beyond housing, Atlantic reports. Cambridge remains a small city despite biotech breakthroughs that might have transformed it into a major hub. Transit infrastructure languishes -- Leeds is Europe's largest city without a metro system. Energy production has collapsed, with per capita electricity generation now roughly one-third of America's. Britain faces a self-imposed scarcity crisis. Environmental regulations, while beneficial, created a one-way system where lawsuits easily block development. As co-author Sam Bowman summarized: "Europe has an energy problem; the Anglosphere has a housing problem; Britain has both." The solution requires comprehensive reform-- overhauling the planning system, reducing anti-growth litigation, and encouraging energy production to unlock what the private sector "already wants to do."

Read more of this story at Slashdot.

U.S. publishers are increasingly abandoning paperback editions of nonfiction books, eliminating a traditional second chance for authors to reach readers with lower-priced versions of their work. New adult nonfiction paperback titles plummeted 42% between 2019 and 2024 [non-paywalled source] to under 40,000, while hardcover titles fell just 9% during the same period, according to Bowker Books in Print. "It's profoundly demoralizing that a book that might have taken four years to write and was published with such promise is done after five months," Dan Conaway, a senior literary agent with Writers House, told WSJ. The shift reflects changing consumer habits, the rise of digital formats, and market realities where Amazon sometimes prices hardcovers below paperbacks. Barnes & Noble now promotes just one nonfiction paperback monthly.

Read more of this story at Slashdot.

Job placement rates have declined at all top U.S. business schools [non-paywalled source] since 2021, leaving MBA graduates anxious about their expensive degrees' return on investment. Harvard Business School, which produced Wall Street titans like Bill Ackman and Ray Dalio, saw the percentage of graduates without job offers three months post-graduation rise from 4% in 2021 to 15% currently. Similar trends are evident at Stanford, Chicago Booth, MIT Sloan, and Wharton, where 7% of 2024 graduates lacked offers within three months of completing their programs. Industry experts cited in a Bloomberg report attribute the downturn to tepid white-collar job growth, declining private-sector wages, and high-profile layoffs at companies including Meta and JPMorgan.

Read more of this story at Slashdot.

Nvidia and Broadcom are conducting manufacturing tests using Intel's advanced 18A chip production process, according to Reuters, signaling potential confidence in the struggling chipmaker's contract manufacturing ambitions. The previously unreported tests could lead to significant manufacturing contracts for Intel, whose foundry business has suffered delays and lacks major chip designer customers. AMD is also evaluating Intel's 18A technology, which competes with Taiwan's dominant TSMC, according to the report. The current tests focus on determining capabilities of Intel's process rather than running complete chip designs. Intel faces additional setbacks, with qualification of critical intellectual property for 18A taking longer than expected, potentially delaying some customer chip production until mid-2026.

Read more of this story at Slashdot.

Speaking of some concept devices that Lenovo has unveiled, the company today teased its ThinkBook "codename Flip" AI PC Concept at Mobile World Congress, featuring a flexible 18.1-inch OLED display that can transform between three configurations: a traditional 13.1-inch clamshell, a folded 12.9-inch tablet, or a laptop with an extra-tall vertical screen. Unlike the motorized ThinkBook Plus Gen 6 expected in June, the Flip uses the display's flexibility to fold behind itself, eliminating motors while gaining 0.4 inches of additional screen space. Users can mirror content on the rear-facing portion when folded or enjoy the full 2000x2664 resolution display in vertical orientation. The concept also features a SmartForcePad trackpad with LED-illuminated shortcut layers. While still in prototype phase, Lenovo has specs in mind: Intel Ultra 7 processor, 32GB RAM, PCIe SSD storage, and Thunderbolt 4 connectivity.

Read more of this story at Slashdot.

Daniel Parris: Some TV shows take a while to "get good." Modern classics like Breaking Bad, The Wire, Community, and Bojack Horseman are notorious for "starting slow" and are often recommended with a disclaimer like "Give it a few episodes; I promise it gets good!" At the same time, some shows never get good. Recently, I started a spy series called The Agency, which could best be characterized as premium mediocre (at least so far). There are big-name actors (Michael Fassbender, Jeffrey Wright, Richard Gere), expensive sets, and glossy camerawork -- but after a few installments, I'm trapped in a liminal space between engaged and listless. At the end of each episode, I'm left with the same thought: "Maybe the next one will get good." Committing to a mediocre program or continuing with a floundering series elicits a state of (mildly) torturous ambiguity. Should you cut your losses, or is this show some late-blooming classic like Breaking Bad? What is the optimal number of episodes one should watch before cleansing a subpar series from their life? Surely, a universal number must exist! Like 42, but for television. So today, we'll explore how long it takes a new show to reach its full potential and how many lackluster episodes you should grant an established series before cutting ties. His analysis reveals that viewers should watch six episodes before quitting TV shows. The study, based on IMDb user ratings, found most series require six to seven episodes before early ratings match or exceed the show's long-term average. After six consecutive subpar episodes, the likelihood of permanent decline exceeds 50%, making it the optimal point to abandon disappointing series. Several acclaimed shows including Breaking Bad, Friends, and Seinfeld required multiple episodes before reaching their quality potential, with Seinfeld needing 16 episodes to match its series average. The research also identified a pattern where long-running shows typically experience quality decline around seasons five and six, with ratings dropping below first-season averages and continuing to fall.

Read more of this story at Slashdot.

China aims to commercialize nuclear fusion technology for use in emissions-free power generation by 2050, according to the countryâ(TM)s state-owned atomic company. From a report: China National Nuclear Corp., which runs an experimental device dubbed the 'artificial sun,' could start commercial operation of its first power generation project about five years after a demonstration phase starting around 2045, it said in a media briefing on Friday. The Asian nation has recently stepped up its ambitions in achieving nuclear fusion, a process by which the sun and other stars generate energy and that is considered a near-infinite form of clean energy. It is notoriously difficult to carry out in a sustained and usable manner and only a handful of countries like the US, Russia and South Korea have managed to crack the basics.

Read more of this story at Slashdot.

Apple users noticed a change in 2023, "when streaming platforms like Netflix, HBO Max, Amazon Prime, and the Criterion Channel imposed a quiet embargo on the screenshot," noted the film blog Screen Slate: At first, there were workarounds: users could continue to screenshot by using the browser Brave or by downloading extensions or third-party tools like Fireshot. But gradually, the digital-rights-management tech adapted and became more sophisticated. Today, it is nearly impossible to take a screenshot from the most popular streaming services, at least not on a Macintosh computer. The shift occurred without remark or notice to subscribers, and there's no clear explanation as to why or what spurred the change... For PC users, this story takes a different, and happier, turn. With the use of Snipping Tool — a utility exclusive to Microsoft Windows, users are free to screen grab content from all streaming platforms. This seems like a pointed oversight, a choice on the part of streamers to exclude Mac users (though they make up a tiny fraction of the market) because of their assumed cultural class. "I'm not entirely sure what the technical answer to this is," tech blogger John Gruber wrote this weekend, "but on MacOS, it seemingly involves the GPU and video decoding hardware..." These DRM blackouts on Apple devices (you can't capture screenshots from DRM video on iPhones or iPads either) are enabled through the deep integration between the OS and the hardware, thus enabling the blackouts to be imposed at the hardware level. And I don't think the streaming services opt into this screenshot prohibition other than by "protecting" their video with DRM in the first place. If a video is DRM-protected, you can't screenshot it; if it's not, you can. On the Mac, it used to be the case that DRM video was blacked-out from screen capture in Safari, but not in Chrome (or the dozens of various Chromium-derived browsers). But at some point a few years back, you stopped being able to capture screenshots from DRM videos in Chrome, too -- by default. But in Chrome's Settings page, under System, if you disable "Use graphics acceleration when available" and relaunch Chrome, boom, you can screenshot everything in a Chrome window, including DRM video... What I don't understand is why Apple bothered supporting this in the first place for hardware-accelerated video (which is all video on iOS platforms -- there is no workaround like using Chrome with hardware acceleration disabled on iPhone or iPad). No one is going to create bootleg copies of DRM-protected video one screenshotted still frame at a time -- and even if they tried, they'd be capturing only the images, not the sound. And it's not like this "feature" in MacOS and iOS has put an end to bootlegging DRM-protected video content. Gruber's conclusion? "This 'feature' accomplishes nothing of value for anyone, including the streaming services, but imposes a massive (and for most people, confusing and frustrating) hindrance on honest people simply trying to easily capture high-quality (as opposed to, say, using their damn phone to take a photograph of their reflective laptop display) screenshots of the shows and movies they're watching."

Read more of this story at Slashdot.

"TrapC, a fork of the C language, is being developed as a potential solution for memory safety issues that have hindered the C and C++ languages," reports InfoWorld. But also being developed is a compiler named trapc "intended to be implemented as a cybersecurity compiler for C and C++ code, said developer Robin Rowe..." Due by the end of this year, trapc will be a free, open source compiler similar to Clang... Rowe said. TrapC has pointers that are memory-safe, addressing the memory safety issue with the two languages. With TrapC, developers write in C or C++ and compile in TrapC, for memory safety... Rowe presented TrapC at an ISO C meeting this week. Developers can download a TrapC whitepaper and offer Rowe feedback. According to the whitepaper, TrapC's memory management is automatic and cannot leak memory. Pointers are lifetime-managed, not garbage-collected. Also, TrapC reuses a few code safety features from C++, notably member functions, constructors, destructors, and the new keyword. "TrapC Memory Safe Pointers will not buffer overrun and will not segfault," Rowe told the ISO C Committee standards body meeting, according to the Register. "When C code is compiled using a TrapC compiler, all pointers become Memory Safe Pointers and are checked." In short, TrapC "is a programming language forked from C, with changes to make it LangSec and Memory Safe," according to that white paper. "To accomplish that, TrapC seeks to eliminate all Undefined Behavior in the C programming language..." "The startup TRASEC and the non-profit Fountain Abode have a TrapC compiler in development, called trapc," the whitepaper adds, and their mission is "to enable recompiling legacy C code into executables that are safe by design and secure by default, without needing much code refactoring... The TRASEC trapc cybersecurity compiler with AI code reasoning is expected to release as free open source software sometime in 2025." In November the Register offered some background on the origins of TrapC...

Read more of this story at Slashdot.

It's a feature-length film "rendered on a free and open-source software platform called Blender," reports Reuters. And it just won the Oscar for best animated feature film, beating movies from major studios like Disney/Pixar and Dreamworks. In January Blender.org called Flow "the manifestation of Blender's mission, where a small, independent team with a limited budget is able to create a story that moves audiences worldwide, and achieve recognition with over 60 awards, including a Golden Globe for Best Animation and two Oscar nominations." The entire project cost just $3.7 million, reports NPR — though writer/director Gints Zilbalodis tells Blender.org that it took about five and a half years. "I think a certain level of naivety is necessary when starting a project," Zilbalodis tells Blender. "If I had known how difficult it would be, I might never have started. But because I didn't fully grasp the challenges ahead, I just dove in and figured things out along the way..." Zilbalodis: [A]fter making a few shorts, I realized that I'm not good at drawing, and I switched to 3D because I could model things, and move the camera... After finishing my first feature Away, I decided to switch to Blender [from Maya] in 2019, mainly because of EEVEE... It took a while to learn some of the stuff, but it was actually pretty straightforward. Many of the animators in Flow took less than a week to switch to Blender... I've never worked in a big studio, so I don't really know exactly how they operate. But I think that if you're working on a smaller indie-scale project, you shouldn't try to copy what big studios do. Instead, you should develop a workflow that best suits you and your smaller team. You can get a glimpse of their animation style in Flow's official trailer. NPR says that ultimately Flow's images "possess a kinetic elegance. They have the alluring immersiveness of a video game..."

Read more of this story at Slashdot.

What's Linux's marketshare on Steam? The Steam Survey numbers tell this story: 11/24: 2.03% 12/24: 2.29% 01/25: 2.06% 02:25: 1.45% "The February numbers show a staggering 0.61% drop to Linux use..." reports Phoronix. But they attribute this to an sampling error: According to the survey, it shows 50% of Steam users using the Simplified Chinese language pack [a 20% increase from the month before]. In prior months where there has been drops to Linux use, it's been correlated to wild swings in the Chinese use on Steam. This looks to be another such month. Of the Linux specific data, SteamOS continues to prove most popular for that Valve distribution powering the Steam Deck [at 34.67%, with Arch Linux coming in second at 9.7%]. AMD CPUs power around 70% of the Linux gaming systems thanks to the Steam Deck APU and AMD Ryzen being quite popular with Linux enthusiasts.

Read more of this story at Slashdot.

Lenovo demonstrated "a laptop with a foldable screen and one that can get extra battery life from solar power," reports CNBC, emphasizing that "These laptops are just concepts, meaning they are not commercially available." But "Lenovo, the world's biggest PC maker, has a history of showing off imaginative concepts with some becoming reality, so it's worth keeping an eye on what the Chinese technology giant is up to..." The latest concepts were unveiled at the Mobile World Congress trade show in Barcelona... When fully unfolded, the screen is an 18-inch display [on the Lenovo ThinkBook 'flip' concept]... The screen can then be folded in half horizontally to create two screens — one on the front and one on the back. The entire display can be folded down flat so the laptop turns into a tablet-like device. Lenovo also showed off a Yoga Solar PC concept, reports Gizmodo, calling it "relatively thin and light" despite a solar panel in its lid with "a supposed 24% solar conversion rate": Lenovo claims they achieved this by maneuvering the gridlines you usually find on a solar panel behind the solar cells, offering more real estate for energy absorption... Lenovo's software showed the power accumulation at around 7 V when facing away from the sunlight and 12 V when facing toward it. It could get more when getting direct sunlight. Despite the presence of the solar panel, the laptop still weighs a little more than 2.6 pounds, which isn't out of the realm of what to expect from most modern laptops. We should note that the panel isn't generating the required power to run the PC continuously. Lenovo claimed that 20 minutes of direct sunlight will transform into about one hour of video playback battery life. Depending on the CPU and battery, that could be 1/20 of the laptop's battery life. CNBC had slightly different statistics for the laptop's battery life. "Lenovo said that the solar panels can absorb even ambient light in a person's surroundings to give a user an extra hour of laptop use at the end of an eight-hour work day..."

Read more of this story at Slashdot.

Despite a January announcement that America would explore the idea of a national digital asset stockpile, the exact cryptocurrecies weren't specified. Today on social media the president posted that it would include bitcoin, ether, XRP, Solana's SOL token and Cardano's ADA, reports CNBC — prompting a Sunday rally in cryptocurrencies trading. XRP surged 33% after the announcement while the token tied to Solana jumped 22%. Cardano's coin soared more than 60%. Bitcoin rose 10% to $94,425.29, after dipping to a three-month low under $80,000 on Friday. Ether, which has suffered some of the biggest losses in crypto year-to-date, gained 12%... This is the first time Trump has specified his support for a crypto "reserve" versus a "stockpile." While the former assumes actively buying crypto in regular installments, a stockpile would simply not sell any of the crypto currently held by the U.S. government. "The total cryptocurrency market has risen about 10%," reports Reuters, "or more than $300 billion, in the hours since Trump's announcement, according to CoinGecko, a cryptocurrency data and analysis company." "A U.S. Crypto Reserve will elevate this critical industry..." the president posted, promising to "make sure the U.S. is the Crypto Capital of the World," reports The Hill: His announcement comes just after the White House announced it would be welcoming cryptocurrency industry professionals on March 7 in a first-of-its-kind summit... It's unclear what exactly Trump's crypto reserve would look like, and while he previously dismissed crypto as a scam, he's embraced the industry throughout his most recent campaign.

Read more of this story at Slashdot.

Earth's core "burns with an estimated forty-four trillion watts of power," the New Yorker reminds us — enough to "satisfy the entire world's energy needs" with a power source that's carbon-free, ubiquitous — and unlimited. (Besides running 24 hours a day, one of geothermal energy's key advantages is "it can be used for both electricity and heating, which collectively account for around 38% of global climate emissions...") And one drilling expert tells them there's been an "exponential spin-up of activity in geothermal" energy projects over the last two years. (Ironically it was the fracking boom also brought an "explosion of new drilling practices — such as horizontal drilling and magnetic sensing — that inspired a geothermal resurgence.") In 2005 one research team calculated that just 2% of the heat just four miles underground in America "could meet the entire country's energy needs — two thousand times over," according to the article. So their new article checks in on the progress of geothermal energy projects around the world, including a Utah company using a diamond-bit drill to dig nearly a mile into the earth to install a 150-ton steel tube surrounded by special heat-resistant cement — all to create "a massive straw" for transporting hot water (and steam). The biggest problem is drilling miles through hot rock, safely. If scientists can do that, however, next-generation geothermal power could supply clean energy for eons... At 6:15 P.M. on May 3rd, cement had started flowing into the hole. Four hours later, part of the cement folded in on itself. The next morning, the cement supply ran out; the men had miscalculated how much they needed. This brought the three-hundred-million-dollar operation to a maddening halt... The cement truck from Bakersfield arrived around 8:30 P.M. By ten-thirty, the men were pouring cement again, gluing the enormous metal straw in place. Next, the team scanned the borehole with gamma rays...

Read more of this story at Slashdot.

"Thousands of buildings across the United States are staying cool with the help of cutting-edge batteries made from one of the world's simplest materials," reports the Washington Post — ice. When electricity is cheap, the batteries freeze water. When energy costs go up, building managers turn off their pricey chillers and use the ice to keep things cool. A typical building uses about a fifth of its electricity for cooling, according to the International Energy Agency. By shifting their energy use to cheaper times of day, the biggest buildings can save hundreds of thousands of dollars a year on their power bills. They can also avoid using electricity from the dirtiest fossil fuel plants. In places where the weather is hot and energy prices swing widely throughout the day — for instance, Texas, Southern California and most of the American Southwest — buildings could cut their power bills and carbon emissions by as much as a third, experts say... When every building is blasting its air conditioner at the same moment on a hot day, power companies often fire up backup generators, known as peaker plants, which are generally extra pricey and polluting. If utilities avoid using peaker plants, they'll pollute less and save money. Last year, the Energy Department struck a tentative $306 million loan deal with the ice-battery-maker Nostromo Energy to install its systems in 193 California buildings to make energy cheaper and cleaner while lowering the state's blackout risk. "The batteries themselves are huge..." the article acknowledges, citing one in New York City that uses 100 parking spot-sized tanks "which collectively make 3 million margaritas' worth of ice each night... But that's starting to change." (And they believe new smaller designs "could bring the batteries into smaller buildings and even houses.") Wherever they can squeeze into the market, ice batteries could be a cheaper and longer-lasting option than the lithium-ion batteries that power phones, cars and some buildings because their main ingredient is water, experts say. The pricey chemicals in a lithium-ion cell might degrade after 10 years, but water never wears out. And according to the article, one company has already installed ice batteries in over 4,000 buildings...

Read more of this story at Slashdot.