European satellite operator Eutelsat "plans to launch 440 Airbus-built LEO satellites in the coming years to replenish and expand its constellation," Reuters reported Friday. And last week America's Federal Communications Commission approved SpaceX's request to deploy another 7,500 Starlink satellites, while Starlink "projects it will eventually have a constellation of 34,000 satellites," writes Fast Company, and Amazon's Project Leo "plans to launch more than 3,200 satellites."

Meanwhile "Beijing and some Chinese companies are planning two separate mega-constellations, Guowang and G60 Starlink, totaling nearly 26,000 satellites," and this week the Chinese government "applied for launch permits for 200,000 satellites."

But a small Texas-based company called AST SpaceMobile "believes it can provide better service with fewer than 100 gigantic satellites in space." AST SpaceMobile has developed a direct-to-cell technology that utilizes large satellites called BlueBirds. These machines use thousands of antennas to deliver broadband coverage directly to standard mobile phones, says the company's president, Scott Wisniewski. "This approach is remarkably efficient: We can achieve global coverage with approximately 90 satellites, not thousands or even tens of thousands required by other systems," Wisniewski writes in an email...

The key is its satellites' size and sophistication. AST's first generation of commercial satellite, the BlueBird 1-5, unfolds into a massive 693-square-foot array in space. Today, the company has five operational BlueBird 1-5 satellites in orbit, but its ambitions are much bigger. On December 24, 2025, AST launched the first of its next-generation satellites from India — called Block 2 — and this one broke records. The BlueBird 6 has a surface of almost 2,400 square feet, making it the largest single satellite in low Earth orbit. The company plans to launch up to 60 more by the end of 2026. "This large surface area is essential for gathering faint signals from standard, unmodified mobile phones on the ground," Wisniewski explains. It is essentially a single, extremely powerful and sensitive cell tower in the sky, capable of serving a huge geographical area...

To be clear, AST SpaceMobile's approach is not without its own controversies. The sheer size of the company's satellites makes them incredibly bright in the night sky, a significant source of frustration for ground-based astronomers. McDowell confirms that when it launched in 2022, AST's prototype satellite, BlueWalker 3, became "one of the top 10 brightest objects in the night sky for a while."

"It's a serious issue, and we are working directly with the astronomy community to mitigate our impact," Wisniewski says. The company is exploring solutions like anti-reflective coatings and operational adjustments to minimize the time its satellites are at maximum brightness...
AST SpaceMobile has already proven its technology works, the article points out, with six working satellites now transmitting at typical 5G speeds directly to regular phones.

Friday a federal judge "cleared U.S. power company Dominion Energy to resume work on its Virginia offshore wind project." But a U.S. federal judge also ruled Thursday that another major offshore wind farm is allowed to resume construction, reports the Hill. "The project, which would supply power to New York, was one of five that were halted by the Trump administration in December...."

In fact, there were three different court rulings this week each allowing construction to continue on a U.S. wind project: Judge Carl Nichols, a Trump appointee, granted a preliminary injunction allowing Empire Wind to keep building... Another, Revolution Wind, was also allowed to move forward in court this week... The project would provide enough power for up to 500,000 homes, according to its website. The court's decision allows construction to resume while the underlying case against the Trump order plays out.
Meanwhile, power company Orsted "is also suing over the pause of its Sunrise Wind project for New York," reports the Associated Press, "with a hearing still to be set." The fifth paused project is Vineyard Wind, under construction in Massachusetts. Vineyard Wind LLC, a joint venture between Avangrid and Copenhagen Infrastructure Partners, joined the rest of the developers in challenging the administration on Thursday.
CNN points out that the Vineyard Wind project "has been allowed to send power to the grid even amid Trump's suspension, a spokesperson for regional grid operator ISO-New England told CNN in an email." Residential customers in the mid-Atlantic region, including Virginia, desperately need more energy to service the skyrocketing demand from data centers â" and many are seeing spiking energy bills while they wait for new power to be brought online.
CNN notes that president Trump said last week "My goal is to not let any windmill be built; they're losers."

The Associated Press adds that "In contrast to the halted action in the US, the global offshore wind market is growing, with China leading the world in new installations. Nearly all of the new electricity added to the grid in 2024 was renewable. The British government said on Wednesday it had secured a record 8.4 gigawatts of offshore wind in Europe's largest offshore wind auction, enough clean electricity to power more than 12m homes."

T2 SDE "is not just a regular Linux distribution," explains its repository on GitHub. "It is a flexible Open Source System Development Environment or Distribution Build Kit. Others might even name it Meta Distribution. T2 allows the creation of custom distributions with state of the art technology, up-to-date packages and integrated support for cross compilation."

And now after "a decade of deep focus on embedded and server systems," T2 SDE Linux "is back to the Desktop," according to its web site, calling the new "T2 Desktop" flavour "ready for everyday home and office use!" Built on the latest KDE Plasma, systemd, and Wayland, the new T2 Desktop flavour delivers a modern, clean, and performant experience while retaining the project's trademark portability and reproducible cross-compilation across architectures.
T2 Desktop targets x86_64, arm64, and riscv64, delivering "a fully polished, streamlined out-of-the-box experience," according to project lead René Rebe (also long-time Slashdot reader ReneR): I>[T2 Desktop] delivered a full KDE Plasma desktop on RISC-V, reproducibly cross-compiled from source using T2 SDE Linux. The desktop spans more than 600 packages — from toolchain to Qt and KDE and targets a next-generation RVA23 RISC-V flagship desktop, including full multimedia support and AMD RDNA GPU acceleration under Wayland.

As a parallel milestone, the same fully reproducible desktop stack is now also landing on Qualcomm X1 ARM64 platforms, highlighting T2 SDE's architecture-independent approach and positioning both RISC-V and ARM64 as serious, first-class Linux desktop contenders.

The Trump administration urged the largest electricity grid in the U.S. to make big tech companies pay for new power plants to support the surging electricity demand from AI and data centers. CNBC reports: Electricity prices have exploded in recent years on PJM Interconnection due in part to the data centers that tech companies are building to train and power artificial intelligence. The PJM grid serves more than 65 million people across 13 states and Washington, D.C. Its service area includes northern Virginia, the largest data center market in the world.

The Trump administration and several states signed a pact that calls for tech companies to pay for new power plants built in PJM. Leading tech companies have agreed to fund $15 billion of new generation for the grid, according to an administration statement. The Trump administration and the states urged PJM to hold an emergency capacity auction to procure this power, according to the Department of Energy. PJM should also cap the amount that existing power plants can charge in the grid's capacity market to protect ratepayers, according to the administration. "We have to get out from underneath this bureaucratic system that we have in the regional grid operators and we've got to allow markets to work," said Interior Secretary Doug Burgum at the White House. "One of the ways markets can work is to have the hyperscalers actually rapidly building power."

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.

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.

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

"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.

"Scientists in China have made a breakthrough with fusion energy that could finally overcome one of the most stubborn barriers to realising the next-generation energy source," reports the Independent: A team from the Chinese Academy of Sciences (CAS) said its experimental nuclear reactor, dubbed the 'artificial Sun', achieved a plasma density that was previously thought impossible... Through a new process called plasma-wall self organisation, the CAS researchers were able to keep the plasma stable at unprecedented density levels. By pushing plasma density well past long-standing empirical limits, the researchers said fusion ignition can be achieved with far higher energy outputs. "The findings suggest a practical and scalable pathway for extending density limits in tokamaks and next-generation burning plasma fusion devices," said Professor Ping Zhu from Huazhong University of Science and Technology, who so-led the research.

Professor Zhu's team now plan to apply this new method on the EAST reactor to confirm that it will work under high-performance plasma conditions. The latest breakthrough was detailed in the journal Science Advances in a study titled 'Accessing the density-free regime with ECRH-assisted ohmic start-up on EAST'.

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.

A 50-inch TV that would have set you back $1,100 at Best Buy during Black Friday 2001 now costs less than $200, and the price per area-pixel -- a metric accounting for both screen size and resolution -- has dropped by more than 90% over the past 25 years. The story behind this decline is largely one of liquid crystal display technology maturing from a niche product to a mass-manufactured commodity.

LCDs represented just 5% of the TV market in 2004; by 2018, they commanded more than 95%. The largest driver of cost reduction has been the scaling up of "mother glass" sheets -- the large panels of extremely clear glass onto which semiconductor materials are deposited before being cut into individual displays. The first generation sheets measured roughly 12 by 16 inches. Today's Generation 10.5 sheets span 116 by 133 inches, nearly 100 times the original area. This scaling delivers substantial savings because equipment costs rise more slowly than glass area increases.

Moving from Gen 4 to Gen 5 mother glass cut the cost per diagonal inch by 50%. Equipment costs per unit of panel area fell 80% between Gen 4 and Gen 8. Process improvements have compounded these gains: masking steps required for thin-film transistors dropped from eight to four, yields climbed from 50% to above 90%, and a "one drop fill" technique reduced liquid crystal filling time from days to minutes.

Disney+, which is looking to catch up with some streaming and digital rivals in terms of daily engagement, is adding vertical videos to the service. From a report: The arrival of the new format later this year was one of several advertising-oriented announcements the company made Wednesday at its Tech + Data Showcase at CES in Las Vegas. Other new offerings include a new "brand impact" metric and a new video generation tool that helps advertisers create high-quality connected-TV-ready commercials using existing assets and guidelines.

[...] In an interview prior to the Wednesday showcase, Erin Teague, EVP of Product Management for Disney Entertainment and ESPN, said "everything's on the table" in terms of how vertical video is delivered on Disney+. It could be original short-form programming, repurposed social clips, refashioned scenes from longer-form episodic or feature titles or a combination. "We're obviously thinking about integrating vertical video in ways that are native to core user behaviors," Teague said. "So, it won't be a kind of a disjointed, random experience."

An anonymous reader quotes a report from IGN: Last year, Intel had the best iGPU on the market. This year, it's broken that record by over 70% with Panther Lake and it's a huge win for handhelds. "We've overdelivered" is how Intel CEO Lip Bu Tan categorized the Panther Lake launch during the company's CES 2026 Keynote address, and that really does seem to be the case. But the real highlight of the keynote speech wasn't the engineering behind Panther Lake, but rather the iGPU and the "handheld ecosystem" Intel is building to capitalize on the iGPU's performance gains.

Formerly known as the 12 Xe-core variant, the new Intel Arc B390 iGPU offers up to 77% faster gaming performance over Lunar Lake's Arc 140V graphics chip. Intel's VP and General Manager of PC Products, Dan Rogers detailed the Arc B390's performance gains and announced a "whole ecosystem" of gaming handhelds. That ecosystem includes partnerships with MSI, Acer, Microsoft, CPD, Foxconn, and Pegatron. So we'll finally see more Intel handhelds hit the market.

[...] Since Intel's Core Ultra 300 Panther Lake chip is built on Intel's proprietary 18A Foundry process node, it can be cut in a variety of different die slices. According to sources at Intel close to the matter, the company is planning a hardware-specific variant or variants of the Panther Lake CPU die. Currently branded as "Intel Core G3" these processors will be custom-built for handhelds. That means Intel can spec the chips to offer better performance on the GPU where you want it, with potential for even better performance than the current Arc B390 expectations.

Razer today unveiled Project Motoko, a concept pair of over-ear headphones equipped with dual cameras that the gaming peripherals company believes could serve as an alternative to the smart glasses that have proliferated across the wearable AI market. The headphones feature two 4K cameras positioned on the earcups along with near and far field microphones, all powered by a Qualcomm Snapdragon chip. Users can point the cameras at objects and ask questions to AI assistants including those from OpenAI, Anthropic, xAI and Microsoft.

Basic queries run locally on the device while more complex requests require a phone or PC connection. Razer's pitch centers on battery life: the wireless headset has achieved up to 36 hours on a charge during testing, according to the company, compared to the eight hours rated for Meta's second-generation Ray-Ban AI glasses. The company also argues that over-ear headphones offer more privacy since audio responses aren't audible to bystanders.

The concept remains unfinished, Bloomberg News cautioned. During a product demonstration, the headset's dual cameras failed occasionally to recognize objects even in a moderately lit room. Razer has not committed to final pricing but indicated the headphones would command a "slight premium" over other high-end headphones and would be available later this year. The company's most expensive current headset costs $400.

sinij shares a report from Car and Driver: Volkswagen is making a drastic change to its interiors, or at least the interiors of its electric vehicles. The automaker recently unveiled a new cockpit generation with the refreshed ID. Polo -- the diminutive electric hatchback that the brand sells in Europe -- that now comes with physical buttons. [...] The steering wheel gets new clusters of buttons for cruise control and interacting with music playback, while switches for the temperature and fan speed now live in a row along the dashboard.

The move back to buttons doesn't come out of nowhere. Volkswagen already started the shift with the new versions of the Golf and Tiguan models in the United States. Unfortunately, some climate controls, such as those for the rear defrost and the heated seats, are still accessed through the touchscreen. Thankfully, they look to retain their dedicated spot at the bottom of the display. Volkswagen hasn't announced which models will receive the new cockpit design. The redesigned interior also may be limited to the brand's electric vehicles, which would limit it to the upcoming refresh for the ID.4 SUV (and potentially the ID.Buzz), as the only VW EV models currently sold in America. "Unfortunately, the glued-on-dash tablet look is still there," adds sinij.

2025'S final months finally saw the publication of J.R.R. Tolkein's The Bovadium Fragments, writes the Los Angeles Review of Books: Anyone who has read Tolkien's letters will know that he is at his funniest when filled with rage, and The Bovadium Fragments is a work brimming with Tolkien's fury — specifically, ire over mankind's obsession with motor vehicles. Tolkien's anger is expressed through a playful satire told from the perspective of a group of future archaeologists who are studying the titular fragments, which tell of a civilization that asphyxiated itself on its own exhaust fumes. Tolkien's fictional fragments use the language of ancient myth, reframing modern issues like traffic congestion and parking with a grandeur that highlights their total absurdity. It is Tolkien at his angriest and funniest, making The Bovadium Fragments a minor treasure in his ever-growing catalog...

As Tolkien put it in one of his private letters, "the spirit of 'Isengard,' if not of Mordor, is of course always cropping up. The present design of destroying Oxford in order to accommodate motor-cars is a case." Readers of The Lord of the Rings (1954-55) will recognize the allusion. In the author's magnum opus, Isengard is a kind of industrial hell, endlessly feeding its furnaces with felled trees... The Bovadium Fragments brings Tolkien's visceral hatred of such machines to the fore for the first time — on the same level as Isengard or the scoured Shire. In Tolkien's story, the words "Motores" and "monsters" are interchangeable. And with his grand, mythic register, Tolkien defamiliarizes the car enough for modern readers to see it as he does — as truly monstrous. "[T]he Motores continued to bring forth an ever larger progeny," Tolkien writes. "[M]any of the citizens harboured the monsters, feeding them with the costly oils and essences which they required, and building houses for them in their gardens...."

One suspects that Tolkien would have preferred to see Oxford return to the era of the donkey cart. That kind of nostalgia is familiar in Tolkien's work — the idea that we developed just a little too far, skipping past an Eden we failed to recognize a generation or two ago. (For Tolkien, the paragon of paradise seems to have been a rural village around the time of Queen Victoria's Diamond Jubilee.) But he also knows that mankind's impulse to develop is something we cannot help. And the inevitable blowback we get from our hubris is something we cannot avoid. That defeatist attitude is suggested in the frame narrative to The Bovadium Fragments, in which the archaeologists smugly declare their superiority to the extinct citizens of old Oxford. "We at any rate are not likely to fall into such folly," one of them says.

In their more enlightened future, we are told, they only pursue the more benign science of longevity. Their wish is that one day they shall "at last conquer mortality, and not 'die like animals.'" But humans are animals, Tolkien argues. And in stretching beyond that, we may find progress and modern conveniences like motorcars. But perhaps we also pave a road to Isengard. And we may not recognize that destination until it is too late — until we are trapped within its walls, suffocating on our own exhaust fumes.

86 aircraft were affected by an incident in Denver ,and 256 more in Dallas-Fort Worth, America's Federal Aviation Admistrationtold the Washington Post: The pilots flying into Denver International Airport could tell something was wrong. In urgent calls to air traffic controllers, they reported that the Global Positioning System was going haywire, forcing them to rely on backup navigation systems for more than a day. The Federal Aviation Administration issued a warning to air traffic in the area. Eight months later, in October 2022, it happened again — this time at Dallas-Fort Worth International Airport, which shut down a runway as pilots and air traffic controllers scrambled over two days without GPS to guide them. Federal officials have not said who was responsible for interfering with the systems or why it took so long to get them back online, though they've said the Denver incident was unintentional. But the disruptions stoked fear about the security vulnerabilities of GPS, a satellite network relied on daily by 6 billion people, businesses and governments.

Over the past two years, interference with the U.S. Global Positioning System has grown dramatically, threatening a network that is highly vulnerable to attack in a conflict. The danger could be posed by enemy or rogue nation-states — or even just hobbyists with commercially available equipment. Efforts by the Pentagon to upgrade GPS have been delayed by years and have cost billions, as adversaries are developing increasingly sophisticated ways to jam and trick the system with false signals that make it think it is somewhere it isn't. And it's not just civilian airline traffic at risk. The underpinnings of modern life and entire economies could be disrupted by a broad attack on the fragile satellite system — power grids, financial systems, cellphone networks — raising the prospect of catastrophe in an era of increasing electronic warfare...

A report last year by the OpsGroup, an organization of international airline operators, found that in January 2024, about 300 flights per day were affected by GPS interference. By late last year, that number had grown to 1,500 flights per day as conflicts in Eastern Europe and the Middle East continued. And in a one-month period, between July and August last year, some 41,000 flights were affected. "While GPS interference is not a new phenomenon, the scale and effects of the current wave of spoofing are unprecedented," the report found...

The Pentagon has launched eight of its next-generation GPS III satellites, which broadcast the military-grade signal that is more resistant to jamming and spoofing. Lockheed Martin, the contractor building the satellites, is also developing a next-generation spacecraft, which would have the ability to emit an even stronger "spot beam" directly to areas used by U.S. forces, making it even more difficult to jam.

MacRumors: Apple is not expected to release a standard iPhone 18 model this year, according to a growing number of reports that suggest the company is planning a significant change to its long-standing annual iPhone launch cycle.

Despite the immense success of the iPhone 17 in 2025, the iPhone 18 is not expected to arrive until the spring of 2027, leaving the iPhone 17 in the lineup as the latest standard model for over 18 months. This would mark the first time Apple skips an entire calendar year without releasing a new generation of its flagship non-Pro iPhone.