In a reversal from previous years, U.S. carbon emissions rose 2.4% in 2025 compared with the year before. NBC News reports: The increase in greenhouse gas emissions is attributable to a combination of a cool winter, the explosive growth of data centers and cryptocurrency mining and higher natural gas prices, according to the Rhodium Group, an independent research firm. Environmental policy rollbacks by President Donald Trump's administration were not significant factors in the increase because they were only put in place this year, the study authors said. Heat-trapping gases from the burning of coal, oil and natural gas are the major cause of worsening global warming, scientists say.

American emissions of carbon dioxide and methane had dropped 20% from 2005 to 2024, with a few one- or two-year increases in the overall downward trend. Traditionally, carbon pollution has risen alongside economic growth, but efforts to boost cleaner energy in recent years decoupled the two, so emissions would drop as gross domestic product rose. But that changed last year with pollution actually growing faster than economic activity, said study co-author Ben King, a director in Rhodium's energy group. He estimated the U.S. put 5.9 billion tons (5.35 billion metric tons) of carbon dioxide equivalent in the air in 2025, which is 139 million tons (126 million metric tons) more than in 2024.

The cold 2025 winter meant more heating of buildings, which often comes from natural gas and fuel oil that are big greenhouse gas emitters, King said. A significant and noticeable jump in electricity demand from data centers and cryptocurrency mining meant more power plants producing energy. That included plants using coal, which creates more carbon pollution than other fuel sources. A rise in natural gas prices helped create an 13% increase in coal power, which had shrunk by nearly two-thirds since its peak in 2007, King said.

Amazon is expanding the Fallout universe with Fallout Shelter, a ten-episode reality competition show where contestants face survival-style challenges and moral dilemmas for a cash prize. Engadget reports: Prime Video has greenlit a unscripted reality show titled Fallout Shelter. It will be a ten-episode run with Studio Lambert, the team behind reality projects including Squid Game: The Challenge and The Traitors, as its primary producer. Bethesda Game Studios' head honcho Todd Howard is attached as an executive producer. Amazon's description of Fallout Shelter is: "Across a series of escalating challenges, strategic dilemmas and moral crossroads, contestants must prove their ingenuity, teamwork and resilience as they compete for safety, power and ultimately a huge cash prize."

[...] The name echos the free-to-play mobile game Bethesda released in 2015. Fallout Shelter lets people build and improve their out Vault-Tec residence, managing the resources for a growing cadre of underground survivors. It seems pretty likely that there will be some type of tie-in between the game and the show, but any details about that might pop up closer to when the program is ready to air. It's currently casting, and no release timeline has been shared.

White-collar workers stuck in a cycle of layoffs and stagnant wages might want to look past the traditional tech, finance and media job postings to an unexpected source of opportunity: the blue-collar sector, which faces a labor shortage and is seeing rapid transformation through private-equity investment. These jobs are generally less vulnerable to AI, and the earning trajectory can be steep, the WSJ writes.

At Crash Champions, a car-repair chain that has grown from 13 locations in 2019 to about 650 shops across 38 states, service advisers start at roughly $60,000 after a six-month apprenticeship and can double that within 18 months, according to CEO Matt Ebert. Directors overseeing multiple locations earn more than $200,000. Power Home Remodeling, a PE-backed construction company, says tech sales professionals earning $85,000 to $100,000 could make lateral moves after a 10-week training program.

The share of workers in their early 20s employed in blue-collar roles rose from 16.3% in 2019 to 18.4% in 2024, according to ADP -- five times the increase among 35- to 39-year-olds.

The UK government has awarded guaranteed electricity prices to offshore wind projects totaling 8.4 GW in a bid to revive wind development, attract nearly $30 billion in private investment, and stabilize energy costs. The New York Times reports: On Wednesday, the British government said that it would provide guaranteed electricity prices for a group of wind farms off England, Scotland and Wales that would, once built, provide power for 12 million homes. The 8.4 gigawatts, a power capacity measure, that won support is the largest amount that has been achieved in an auction in Britain. The government said that these wind farms could lead to 22 billion pounds, or almost $30 billion, in private investment.

The government holds regular auctions, roughly on an annual basis. Results have been improving after a failed auction in 2023 that produced no bids from developers. The government almost doubled its original budget for the recent auction to about 1.8 billion pounds per year. To encourage renewable energy sources like offshore wind, Britain offers a price floor to provide certainty for investors. The average floor, or strike price, from the auction on Wednesday was about 91 pounds, or $122 per megawatt-hour, in 2024 prices, up about 11 percent from the last auction.

Over the past year the wholesale price for electricity in Britain was on average about 79 pounds, according to Drax Electric Insights, a market analysis website. The bulk of the planned wind farms that won price supports will be off eastern England. Support will also go to wind farms off Scotland and Wales. The British government wants at least 95 percent of the country's electricity generation to come from clean sources by 2030. Political consensus for ambitious climate goals is eroding in Britain, but the government of Prime Minister Keir Starmer believes that an enormous bet on clean energy, especially offshore wind, is necessary to protect consumers from volatile fossil fuel prices.

After nearly two decades of touchscreen dominance, QWERTY smartphones are staging a niche comeback, with Clicks and Unihertz unveiling new physical-keyboard phones at CES 2026. Gizmodo reports: At CES 2026, Clicks, the company behind the Clicks keyboard case and the new Power Keyboard, announced plans to sell the Communicator, a "second phone" with a QWERTY keypad. Clicks pitches the $500 phone, launching later this year, as a device primarily intended for messaging -- sending texts, DMs, Slack messages, whatever. The company didn't have a functional unit -- only a mockup dummy to fondle at the show -- but it looked cool enough, even if it'll be a very niche product. It's a cool idea, but how many people will carry a companion phone to their main phone just to shoot off a few DMs? $500 is a lot to ask for that satisfaction.

But Clicks isn't the only one trying to bring back QWERTY phones. Unihertz, makers of the really tiny Jelly Android phones and also Tank phones with massive battery capacities, also teased a new phone with a physical keyboard. The Titan 2 Elite seems to be a less gimmicky version of the Titan 2, which itself was a BlackBerry Passport knockoff but with a bizarre square screen on the backside.

Look closely, and there are some weird similarities between the Clicks Communicator and the Titan 2 Elite. We don't have dimension specs yet, but the screens seem to have the same rounded corners, and even the hole-punch camera is in the same upper-left corner. The only difference seems to be the keyboards; the Communicator uses individual keys, whereas the Titan 2 Elite's keyboard is more BlackBerry-esque. After digging into the Clicks Communicator's specs, a few other features stood out that Slashdotters might appreciate. There's a dedicated 3.5mm headphone jack, a physical "kill switch" (essentially an alert slider), fingerprint scanner and even a customizable notification LED. The last time we saw a phone with a dedicated notification LED was around 2019!

Coal power generation fell in China and India for the first time since the 1970s last year, in a "historic" moment that could bring a decline in global emissions, according to analysis. From a report: The simultaneous fall in coal-powered electricity in the world's biggest coal-consuming countries had not happened since 1973, according to analysts at the Centre for Research on Energy and Clean Air, and was driven by a record roll-out of clean energy projects.

The research, commissioned by the climate news website Carbon Brief, found that electricity generated by coal plants fell by 1.6% in China and by 3% in India last year, after the boom in clean energy across both countries was more than enough to meet their rising demand for energy. China added more than 300GW of solar power and 100GW of wind power last year -- together, more than five times the UK's total existing power generation capacity -- which are both "clear new records for China and, therefore, for any country ever," the report said. India added 35GW of solar, 6GW of wind and 3.5GW of hydropower last year, according to the analysis.

Amazon founder Jeff Bezos once told an audience that he views local PC hardware the same way he views a 100-year-old electric generator he saw in a brewery museum -- as a relic of a pre-grid era, destined to be replaced by centralized utilities that users simply rent rather than own. The anecdote, shared at a talk a few years ago, positioned Amazon Web Services and Microsoft Azure as the inevitable successors to the desktop tower. Bezos argued that users would eventually abandon local computing for cloud-based solutions, much as businesses once abandoned on-site power generation for the electrical grid.

Current market dynamics have made that prediction feel more plausible. DRAM prices have become increasingly untenable for consumers, and companies like Dell and ASUS have signaled price increases across their PC ranges. Micron has shut down its consumer DRAM operations entirely, prioritizing AI datacenter demand instead. SSD storage is expected to face similar constraints. Cloud gaming services from Amazon Luna, NVIDIA GeForce Now and Xbox are seeing steady growth.

Microsoft previously developed a consumer version of its business-grade Windows 365 cloud PC product, though the company deprioritized it -- the economics didn't work when cheap laptops remained available. That calculus could shift. Xbox Game Pass's 1440p cloud gaming runs $30 monthly and NVIDIA recently imposed a 100-hour cap on its cloud platform. The infrastructure remains expensive to operate, but rising local hardware costs may eventually close that gap.

After spending years pushing digital payments to combat tax evasion and money laundering, European Union ministers decided in December to ban businesses from refusing cash. The reversal comes as 12% of European businesses flatly refused cash in 2024, up from 4% three years earlier.

Over one in three cinemas in the Netherlands no longer accept notes and coins. Cash usage across the euro area dropped from 79% of in-person transactions in 2016 to just 52% in 2024. Sweden leads the digital shift where 90% of purchases now happen digitally and cash represents under 1% of GDP compared to 22% in Japan.

The policy change stems from concerns about financial inclusion for elderly and poor populations who struggle with digital systems. Resilience worries also drove the decision after Spaniards facing nationwide power cuts last spring found themselves unable to buy food. European officials worry about dependence on American payment giants Visa and MasterCard. The EU now recommends citizens store enough cash to survive a week without electricity or internet access.

NASA and the U.S. Department of Energy plan to deploy a nuclear fission reactor on the Moon by 2030 to provide continuous, long-duration power for lunar bases, science missions, and future Mars exploration. space & defense reports: NASA said fission surface power will provide a critical capability for long-duration missions by delivering continuous, reliable electrical power independent of sunlight, lunar night cycles or extreme temperature conditions. Unlike solar-based systems, a nuclear reactor could operate for years without refuelling, supporting habitats, science payloads, resource utilisation systems and surface mobility.

NASA Administrator Jared Isaacman said achieving long-term human presence on the Moon and future missions to Mars will require new approaches to power generation. He said closer collaboration with the Department of Energy is essential to delivering the capabilities needed to support sustained exploration and infrastructure development beyond Earth orbit. The fission surface power system is expected to produce safe, efficient and scalable electrical power, forming a foundational element of NASA's Moon-to-Mars architecture. Continuous power availability is seen as a key enabler for permanent lunar bases, in-situ resource utilisation and expanded scientific operations in permanently shadowed regions. Further reading: You Can Now Reserve a Hotel Room On the Moon For $250,000

America's largest power-grid operator, PJM, which delivers electricity to 67 million people across a 13-state region from New Jersey to Kentucky, is approaching a supply crisis as AI data centers in Northern Virginia's "Data Center Alley" consume electricity at an unprecedented rate.

The nonprofit expects demand to grow by 4.8% annually over the next decade. Mark Christie, former chairman of the Federal Energy Regulatory Commission, said the reliability risk that was once "on the horizon" is now "across the street." Dominion Energy, the utility serving parts of Virginia, has received requests from data-center developers requiring more than 40 gigawatts of electricity -- roughly twice its Virginia network capacity at the end of 2024. Older power plants are going out of service faster than new ones can be built, and the grid could max out during periods of high demand, forcing rolling blackouts during heat waves or deep freezes.

In November, efforts to establish new rules for data centers stalled when PJM, tech companies, power suppliers and utilities couldn't agree on a plan. Monitoring Analytics, the firm that oversees the market, warned that unless data centers bring their own power supply, "PJM will be in the position of allocating blackouts rather than ensuring reliability."

Microsoft announced Tuesday what it calls a "community first" initiative for its AI data centers, pledging to pay full electricity costs and reject local property tax breaks following months of growing opposition from residents facing higher power bills. The announcement in Washington, D.C. marks a clear departure from past practices; Microsoft has previously accepted tax abatements for data centers in Ohio and Iowa.

Brad Smith, Microsoft's president, said the company has been developing the initiative since September. Residential power prices in data center hubs like Virginia, Illinois, and Ohio jumped 12-16% over the past year, faster than the U.S. average. Three Democratic senators launched an investigation last month into whether tech giants are raising residential bills. Microsoft also pledged a 40% improvement in water efficiency by 2030 and committed to replenishing more water than it uses in each district where it operates.

An anonymous reader quotes a report from CNBC: President Donald Trump said in a social media post on Monday that Microsoft will announce changes to ensure that Americans won't see rising utility bills as the company builds more data centers to meet rising artificial intelligence demand. "I never want Americans to pay higher Electricity bills because of Data Centers," Trump wrote on Truth Social. "Therefore, my Administration is working with major American Technology Companies to secure their commitment to the American People, and we will have much to announce in the coming weeks."

[...] Trump congratulated Microsoft on its efforts to keep prices in check, suggesting that other companies will make similar commitments. "First up is Microsoft, who my team has been working with, and which will make major changes beginning this week to ensure that Americans don't 'pick up the tab' for their POWER consumption, in the form of paying higher Utility bills," Trump wrote on Monday. Utilities charged U.S. consumers 6% more for electricity in August from a year earlier, including in states with many data centers, CNBC reported in November.

Microsoft is paying close to attention to the impact of its data centers on local residents. "I just want you to know we are doing everything we can, and I believe we're succeeding, in managing this issue well, so that you all don't have to pay more for electricity because of our presence," Brad Smith, the company's president and vice chair, said at a September town hall meeting in Wisconsin, where Microsoft is building an AI data center. While Microsoft is moving forward with some facilities, the company withdrew plans for a data center in Caledonia, Wisconsin, amid loud opposition to its efforts there. The project would would have been located 20 miles away from a data center in the village of Mount Pleasant.

Researchers from the startup Overview Energy have successfully demonstrated beaming power from a moving airplane to the ground using near-infrared light. It marks the first step toward space-based solar power satellites that could someday transmit energy from orbit to existing solar farms on Earth. IEEE Spectrum reports: Overview's test transferred only a sprinkling of power, but it did it with the same components and techniques that the company plans to send to space. "Not only is it the first optical power beaming from a moving platform at any substantial range or power," says Overview CEO Marc Berte, "but also it's the first time anyone's really done a power beaming thing where it's all of the functional pieces all working together," he says. "It's the same methodology and function that we will take to space and scale up in the long term."

[...] Many researchers have settled on microwaves as their beam of choice for wireless power. But, in addition to the safety concerns about shooting such intense waves at the Earth, [Paul Jaffe, head of systems engineering] says there's another problem: microwaves are part of what he calls the "beachfront property" of the electromagnetic spectrum -- a range from 2 to 20 gigahertz that is set aside for many other applications, such as 5G cellular networks. "The fact is," Jaffe says, "if you somehow magically had a fully operational solar power satellite that used microwave power transmission in orbit today -- and a multi-kilometer-scale microwave power satellite receiver on the ground magically in place today -- you could not turn it on because the spectrum is not allocated to do this kind of transmission."

Instead, Overview plans to use less-dense, wide-field infrared waves. Existing utility-scale solar farms would be able to receive the beamed energy just like they receive the sun's energy during daylight hours. So "your receivers are already built," Berte says. The next major step is a prototype demonstrator for low Earth orbit, after which he hopes to have GEO satellites beaming megawatts of power by 2030 and gigawatts by later that decade. Plenty of doubts about the feasibility of space-based power abound. It is an exotic technology with much left to prove, including the ability to survive orbital debris and the exorbitant cost of launching the power stations. (Overview's satellite will be built on earth in a folded configuration and it will unfold after it's brought to orbit, according to the company). "Getting down the cost per unit mass for launch is a big deal," Jaffe says. "Then, it just becomes a question of increasing the specific power. A lot of the technologies we're working on at Overview are squarely focused on that."

An anonymous reader quotes a report from the New York Times: For decades, the Environmental Protection Agency has calculated the health benefits of reducing air pollution, using the cost estimates of avoided asthma attacks and premature deaths to justify clean-air rules. Not anymore. Under President Trump, the E.P.A. plans to stop tallying gains from the health benefits caused by curbing two of the most widespread deadly air pollutants, fine particulate matter and ozone, when regulating industry, according to internal agency emails and documents reviewed by The New York Times.

It's a seismic shift that runs counter to the E.P.A.'s mission statement, which says the agency's core responsibility is to protect human health and the environment, environmental law experts said. The change could make it easier to repeal limits on these pollutants from coal-burning power plants, oil refineries, steel mills and other industrial facilities across the country, the emails and documents show. That would most likely lower costs for companies while resulting in dirtier air. "The idea that E.P.A. would not consider the public health benefits of its regulations is anathema to the very mission of E.P.A.," said Richard Revesz, the faculty director of the Institute for Policy Integrity at New York University School of Law.

"If you're only considering the costs to industry and you're ignoring the benefits, then you can't justify any regulations that protect public health, which is the very reason that E.P.A. was set up."

Apple has struck a multi-year partnership with Google to power a more capable version of Siri using Gemini AI models, ending months of speculation about which company would help the iPhone maker catch up in the generative AI race. In a statement, Apple said it had determined after "careful evaluation" that "Google's technology provides the most capable foundation for Apple Foundation Models."

The deal comes after Apple delayed its planned Siri AI upgrade last March, acknowledging that the project was taking "longer than we thought." Bloomberg had reported in August that Apple was in early talks with Google about using a custom Gemini model. Apple also explored potential partnerships with OpenAI, Anthropic and Perplexity, and CEO Tim Cook has said the company plans to integrate with more AI companies over time. The upgraded Siri is expected to perform actions on users' behalf and understand personal context.

"China recently placed a supercritical carbon dioxide power generator into commercial operation," writes CleanTechnica, "and the announcement was widely framed as a technological breakthrough." The system, referred to as Chaotan One, is installed at a steel plant in Guizhou province in mountainous southwest China and is designed to recover industrial waste heat and convert it into electricity. Each unit is reported to be rated at roughly 15 MW, with public statements describing configurations totaling around 30 MW. Claimed efficiency improvements range from 20% to more than 30% higher heat to power conversion compared with conventional steam based waste heat recovery systems. These are big numbers, typical of claims for this type of generator, and they deserve serious attention.

China doing something first, however, has never been a reliable indicator that the thing will prove durable, economic, or widely replicable. China is large enough to try almost everything. It routinely builds first of a kind systems precisely because it can afford to learn by doing, discarding what does not work and scaling what does. This approach is often described inside China as crossing the river by feeling for stones. It produces valuable learning, but it also produces many dead ends. The question raised by the supercritical CO2 deployment is not whether China is capable of building it, but whether the technology is likely to hold up under real operating conditions for long enough to justify broad adoption.

A more skeptical reading is warranted because Western advocates of specific technologies routinely point to China's limited deployments as evidence that their preferred technologies are viable, when the scale of those deployments actually argues the opposite. China has built a single small modular reactor and a single experimental molten salt reactor, not fleets of them, despite having the capital, supply chains, and regulatory capacity to do so if they made economic sense... If small modular reactors or hydrogen transportation actually worked at scale and cost, China would already be building many more of them, and the fact that it is not should be taken seriously rather than pointing to very small numbers of trials compared to China's very large denominators...

What is notably absent from publicly available information is detailed disclosure of materials, operating margins, impurity controls, and maintenance assumptions. This is not unusual for early commercial deployments in China. It does mean that external observers cannot independently assess long term durability claims.
The article notes America's Energy Department funded a carbon dioxide turbine in Texas rated at roughly 10 MW electric that "reached initial power generation in 2024 after several years of construction and commissioning." But for both these efforts, the article warns that "early efficiency claims should be treated as provisional. A system that starts at 15 MW and delivers 13 MW after several years with rising maintenance costs is not a breakthrough. It is an expensive way to recover waste heat compared with mature steam based alternatives that already operate for decades with predictable degradation..."

"If both the Chinese and U.S. installations run for five years without significant reductions in performance and without high maintenance costs, I will be surprised. In that case, it would be worth revisiting this assessment and potentially changing my mind."

Thanks to long-time Slashdot reader cusco for sharing the article.

Is there a trend? This week four different articles appeared on various tech-news sites with an author bragging about switching to Linux.

"Greetings from the year of Linux on my desktop," quipped the Verge's senior reviews editor, who finally "got fed up and said screw it, I'm installing Linux."

They switched to CachyOS — just like this writer for the videogame magazine Escapist: I've had a fantastic time gaming on Linux. Valve's Windows-to-Linux translation layer, Proton, and even CachyOS' bundled fork have been working just fine. Of course, it's not perfect, and there's been a couple of instances where I've had to problem-solve something, but most of the time, any issues gaming on Linux have been fixed by swapping to another version of Proton. If you're deep in online games like Fortnite, Call of Duty, Destiny 2, GTAV or Battlefield 6, it might not be the best option to switch. These games feature anti-cheats that look for versions of Windows or even the heart of the OS, the kernel, to verify the system isn't going to mess up someone's game....

CachyOS is thankfully pre-packed with Nvidia drivers, meaning I didn't have to dance around trying to find them.... Certain titles will perform worse than their counterparts, simply due to how the bods at Nvidia are handling the drivers for Linux. This said, I'm still not complaining when I'm pushing nearly 144fps or more in newer games. The performance hit is there, but it's nowhere near enough to stave off even an attempt to mess about with Linux.

Do you know how bizarre it is to say it's "nice to have a taskbar again"? I use macOS daily for a lot of my work, which uses a design baked back in the 1990s through NeXT. Seeing just a normal taskbar that doesn't try to advertise to me or crash because an update killed it for some reason is fantastic. That's how bad it is out there right now for Windows.
"I run Artix, by the way," joked a senior tech writer at Notebookcheck (adding "There. That's out of the way...") I dual-booted a Linux partition for a few weeks. After a Windows update (that I didn't choose to do) wiped that partition and, consequently, the Linux installation, I decided to go whole-hog: I deleted Windows 11 and used the entire drive for Linux...

Artix differs from Arch in that it does not use SystemD as its init system. I won't go down the rabbit hole of init systems here, but suffice it to say that Artix boots lightning quick (less than 10 seconds from a cold power on) and is pretty light on system resources. However, it didn't come "fully assembled..." The biggest problem I ran into after installing Artix on the [MacBook] Air was the lack of wireless drivers, which meant that WiFi did not work out of the box. The resolution was simple: I needed to download the appropriate WiFi drivers (Broadcom drivers, to be exact) from Artix's main repository. This is a straightforward process handled by a single command in the Terminal, but it requires an internet connection... which my laptop did not have. Ultimately, I connected a USB-to-Ethernet adapter, plugged the laptop directly into my router, and installed the WiFi drivers that way. The whole process took about 10 minutes, but it was annoying nonetheless.

For the record, my desktop (an AMD Ryzen 7 6800H-based system) worked flawlessly out-of-the-box, even with my second monitor's uncommon resolution (1680x1050, vertical orientation). I did run into issues with installing some packages on both machines. Trying to install the KDE desktop environment (essentially a different GUI for the main OS) resulted in strange artifacts that put white text on white backgrounds in the menus, and every resolution I tried failed to correct this bug. After reverting to XFCE4 (the default desktop environment for my Artix install), the WiFi signal indicator in the taskbar disappeared. This led to me having to uninstall a network manager installed by KDE and re-linking the default network manager to the runit services startup folder. If that sentence sounds confusing, the process was much more so. It has been resolved, and I have a WiFi indicator that lets me select wireless networks again, but only after about 45 minutes of reading manuals and forum posts.

Other issues are inherent to Linux. Not all games on Steam that are deemed Linux compatible actually are. Civilization III Complete is a good example: launching the game results in the map turning completely black. (Running the game through an application called Lutris resolved this issue.) Not all the software I used on Windows is available in Linux, such as Greenshot for screenshots or uMark for watermarking photos in bulk. There are alternatives to these, but they don't have the same features or require me to relearn workflows... Linux is not a "one and done" silver bullet to solve all your computer issues. It is like any other operating system in that it will require users to learn its methods and quirks. Admittedly, it does require a little bit more technical knowledge to dive into the nitty-gritty of the OS and fully unlock its potential, but many distributions (such as Mint) are ready to go out of the box and may never require someone to open a command line...

[T]he issues I ran into on Linux were, for the most part, my fault. On Windows or macOS, most problems I run into are caused by a restriction or bug in the OS. Linux gives me the freedom to break my machine and fix it again, teaching me along the way. With Microsoft's refusal (either from pride or ignorance) to improve (or at least not crapify) Windows 11 despite loud user outrage, switching to Linux is becoming a popular option. It's one you should consider doing, and if you've been thinking about it for any length of time, it's time to dive in.
And tinkerer Kevin Wammer switched from MacOS to Linux, saying "Linux has come a long way" after more than 30 years — but "Windows still sucks..."

Meta has signed long-term nuclear power deals totaling more than 6 gigawatts to fuel its data centers: "one from a startup, one from a smaller energy company, and one from a larger company that already operates several nuclear reactors in the U.S," reports TechCrunch. From the report: Oklo and TerraPower, two companies developing small modular reactors (SMR), each signed agreements with Meta to build multiple reactors, while Vistra is selling capacity from its existing power plants. [...] The deals are the result of a request for proposals that Meta issued in December 2024, in which Meta sought partners that could add between 1 to 4 gigawatts of generating capacity by the early 2030s. Much of the new power will flow through the PJM interconnection, a grid which covers 13 Mid-Atlantic and Midwestern states and has become saturated with data centers.

The 20-year agreement with Vistra will have the most immediate impact on Meta's energy needs. The tech company will buy a total of 2.1 gigawatts from two existing nuclear power plants, Perry and Davis-Besse in Ohio. As part of the deal, Vistra will also add capacity to those power plants and to its Beaver Valley power plant in Pennsylvania. Together, the upgrades will generate an additional 433 MW and are scheduled to come online in the early 2030s.

Meta is also buying 1.2 gigawatts from young provider Oklo. Under its deal with Meta, Oklo is hoping to start supplying power to the grid as early as 2030. The SMR company went public via SPAC in 2023, and while Oklo has landed a large deal with data center operator Switch, it has struggled to get its reactor design approved by the Nuclear Regulatory Commission. If Oklo can deliver on its timeline, the new reactors would be built in Pike County, Ohio. The startup's Aurora Powerhouse reactors each produce 75 megawatts of electricity, and it will need to build more than a dozen to fulfill Meta's order. TerraPower is a startup co-founded by Bill Gates, and it is aiming to start sending electricity to Meta as early as 2032.

Intel CEO Lip-Bu Tan says the company is "going big time" into its 14A (1.4nm-class) process, signaling confidence in yields and hinting at at least one external foundry customer. Tom's Hardware reports: Intel's 14A is expected to be production-ready in 2027, with early versions of process design kit (PDK) coming to external customers early this year. To that end, it is good to hear Intel's upbeat comments about 14A. Also, Tan's phrasing 'the customer' could indicate that Intel has at least one external client for 14A, implying that Intel Foundry will produce 14A chips for Intel Products and at least one more buyer.

The 14A production node will introduce Intel's 2nd Generation RibbonFET GAA transistors; 2nd Gen BSPDN called PowerDirect that will connect power directly to source and drain of transistors, enabling better power delivery (e.g., reducing transient voltage droop or clock stretching) and refined power controls; and Turbo Cells that optimize critical timing paths using high-drive, double-height cells within dense standard cell libraries, which boost speed without major area or power compromises.

Yet, there is another aspect of Intel's 14A manufacturing process that is particularly important for the chipmaker: its usage by external customers. With 18A, the company has not managed to land a single major external client that demands decent volumes. While 18A will be used by Intel itself as well as by Microsoft and the U.S. Department of Defense, only Intel will consume significant volumes. For 14A, Intel hopes to land at least one more external customer with substantial volume requirements, as this will ensure that Intel will recoup its investments in the development of such an advanced node.

An anonymous reader quotes a report from Ars Technica: The Federal Communications Commission plans to authorize a new category of wireless devices in the 6 GHz Wi-Fi band that will be permitted to operate at higher power levels than currently allowed. The FCC will also consider authorizing higher power levels for certain wireless devices that are only allowed to operate indoors. The FCC said it scheduled a vote for its January 29 meeting on an order "to create a new category of unlicensed devices... that can operate outdoors and at higher power than previously authorized devices." These so-called Geofenced variable power (GVP) devices operating on the 6 GHz band will "support high data rates suitable for AR/VR, short-range hotspots, automation, and indoor navigation," and "overcome limitations of previous device classes by allowing higher power and outdoor mobility," the FCC said. They will be required to work with geofencing systems to avoid interference with fixed microwave links and radio astronomy observatories.

FCC Chairman Brendan Carr attributed the FCC's planned action to President Trump in a press release titled, "President Trump Unleashes American Innovation With 6 GHz Win." That's consistent with Carr's relatively new stance that the FCC takes orders from the president, despite his insisting during the Biden era that the FCC must operate independently from the White House. While many of Carr's regulatory decisions have been criticized by consumer advocates, the 6 GHz action is an exception. Michael Calabrese, of New America's Open Technology Institute, told Ars that "increasing the power levels for Wi-Fi connections to peripheral devices such as AR/VR is a big win for consumers" and a change that has been "long advocated by the Wi-Fi community."

Carr said that the FCC "will vote on an order that expands unlicensed operations in the 6 GHz band so that consumers can benefit from better, faster Wi-Fi and an entirely new generation of wireless devices -- from AR/VR and IoT to a range of innovative smart devices. [It] will do so through a set of forward-looking regulations that allow devices to operate at higher power while protecting incumbent users, including through geofencing systems." [...] A draft of the order said the planned "additional power will enable composite standard-power/LPI access points to increase indoor coverage and provide more versatility to American consumers." The FCC will also seek comment on a proposal to authorize LPI access points on cruise ships.