"Australian design student Alexander Burton has developed a prototype kit for cheaply converting petrol or diesel cars to hybrid electric," reports Dezeen magazine, "winning the country's national James Dyson Award in the process." Titled REVR (Rapid Electric Vehicle Retrofits), the kit is meant to provide a cheaper, easier alternative to current electric car conversion services, which Burton estimates cost AU$50,000 (£26,400) on average and so are often reserved for valuable, classic vehicles.

Usually, the process would involve removing the internal combustion engine and all its associated hardware, like the gearbox and hydraulic brakes, to replace them with batteries and electric motors. With REVR, those components are left untouched. Instead, a flat, compact, power-dense axial flux motor would be mounted between the car's rear wheels and disc brakes, and a battery and controller system placed in the spare wheel well or boot. Some additional off-the-shelf systems — brake and steering boosters, as well as e-heating and air conditioning — would also be added under the hood. By taking this approach, Burton believes he'll be able to offer the product for around AU$5,000 (£2,640) and make it compatible with virtually any car...

With REVR, people should be able to get several more years of life out of their existing cars. The kit would transform the vehicle into a hybrid rather than a fully electric vehicle, with a small battery giving the car 100 kilometres of electric range before the driver has to switch to the internal combustion engine... Borrowing a trick from existing hybrid vehicles, the kit uses a sensor to detect the position of the accelerator pedal to control both acceleration and braking. That means no changes have to be made to the car's hydraulic braking system, which Burton says "you don't want to have to interrupt".
Thanks to Slashdot reader FrankOVD for sharing the news.

Almost half a billion small, cheap electrical everyday items from headphones to handheld fans ended up in landfill in the UK in the past year, according to research. The Guardian: The not-for-profit organisation Material Focus, which conducted the research, said the scale of the issue was huge and they wanted to encourage more recycling. More than half a billion cheaply priced electronic goods were bought in the UK in the past year alone -- 16 per second. Material Focus findings showed that of these items, 471m were thrown away. This included 260m disposable vapes, 26m cables, 29m LED, solar and decorative lights, 9.8m USB sticks, and 4.8m miniature fans.

Scott Butler, executive director at Material Focus, described it as "fast tech." He said: "People should think carefully about buying some of the more frivolous ... items in the first place." He said the items people bought were often "cheap and small," and that consumers may not realise they contain valuable materials that could be salvaged if recycled. Small electricals can contain precious materials including copper, lithium and stainless steel. These components can be recycled and used in wind turbines, medical devices and electric vehicles. Material Focus said that while people were used to the idea of recycling larger electrical items such as fridges, lots of smaller devices were left unused in houses.

AI startup Anthropic, writing in a blog post: Neural networks are trained on data, not programmed to follow rules. With each step of training, millions or billions of parameters are updated to make the model better at tasks, and by the end, the model is capable of a dizzying array of behaviors. We understand the math of the trained network exactly -- each neuron in a neural network performs simple arithmetic -- but we don't understand why those mathematical operations result in the behaviors we see. This makes it hard to diagnose failure modes, hard to know how to fix them, and hard to certify that a model is truly safe. Neuroscientists face a similar problem with understanding the biological basis for human behavior. The neurons firing in a person's brain must somehow implement their thoughts, feelings, and decision-making. Decades of neuroscience research has revealed a lot about how the brain works, and enabled targeted treatments for diseases such as epilepsy, but much remains mysterious. Luckily for those of us trying to understand artificial neural networks, experiments are much, much easier to run. We can simultaneously record the activation of every neuron in the network, intervene by silencing or stimulating them, and test the network's response to any possible input.

Unfortunately, it turns out that the individual neurons do not have consistent relationships to network behavior. For example, a single neuron in a small language model is active in many unrelated contexts, including: academic citations, English dialogue, HTTP requests, and Korean text. In a classic vision model, a single neuron responds to faces of cats and fronts of cars. The activation of one neuron can mean different things in different contexts. In our latest paper, Towards Monosemanticity: Decomposing Language Models With Dictionary Learning , we outline evidence that there are better units of analysis than individual neurons, and we have built machinery that lets us find these units in small transformer models. These units, called features, correspond to patterns (linear combinations) of neuron activations. This provides a path to breaking down complex neural networks into parts we can understand, and builds on previous efforts to interpret high-dimensional systems in neuroscience, machine learning, and statistics. In a transformer language model, we decompose a layer with 512 neurons into more than 4000 features which separately represent things like DNA sequences, legal language, HTTP requests, Hebrew text, nutrition statements, and much, much more. Most of these model properties are invisible when looking at the activations of individual neurons in isolation.

Paul Kunert writes via The Register: Talking on stage at the Canalys EMEA Forum 2023, Luca Rossi, senior vice resident at Lenovo and president of its Intelligent Devices Group, said the company has committed to a net zero emission policy by 2050, and analyzing the components used in its hardware is part of the equation. "On repairability, we have a plan that by 2025 more than 80 percent of the repair parts will be repaired again so that they they enter into the circular economy to reduce the impact to the environment." He added: "More than 80 percent of our devices will be able to be repaired at the customer, by the customer or by the channel and we are enabling this with a design for serviceability kind of approach." This means that "batteries, SSD, many things, will not any longer be sealed into the product but will be available for the customer to be to repaired on site and then save a lot of waste."

An anonymous reader quotes a report from Tom's Hardware: Resin printer company Peopoly created quite a buzz with the unveiling of a prototype beltless FDM 3D printer, the Magneto X, at the East Coast RepRap Festival. The new printer is a desk top machine with a huge 400 x 300 x 300 mm build volume and print speeds up to 800mm/s. It borrows a design feature seen on CNC machines: magnetic linear motors. Normally, 3D printers move their components with rotating stepper motors attached to gears and pulleys. The linear motor can be thought of as a flat, unrolled motor with the "rotor" attached to the moving component -- the tool head -- and the stator forming a track along one axis. Dubbed the "MagXY" system, the tool head seems to levitate across the gantry without obvious means. It has a top print speed of 800 mm/s with a max acceleration of 22,000 mm/s, which would make it faster than modern Core XY printers from Bambu Lab.

Peopoly is using and supporting both Klipper firmware and OrcaSlicer, which founder Mark Peng said greatly helped speed up their development time. [...] Peopoly is leaning hard into the Open Source community. Not only have they become backers of Klipper firmware, they are also using -- and supporting -- Open Source OcraSlicer. The Magneto X's nozzles are compatible with the popular E3D's V6 volcano which suggests the machine will be open to modification by users. Peopoly also states its machine can be used without joining a cloud-based system and promises customer data will not be collected.

Liam Proven writes via The Register: Steam OS is the Arch-based distro for a handheld Linux games console, and Valve is aggressively pushing Linux's usability and Windows interoperability for the device. Two unusual companies, Valve Software and Igalia, are working together to improve the Linux-based OS of the Steam Deck handheld games console. The device runs a Linux distro called Steam OS 3.0, but this is a totally different distro from the original Steam OS it announced a decade ago. Steam OS 1 and 2 were based on Debian, but Steam OS 3 is based on Arch Linux, as Igalia developer Alberto Garcia described in a talk entitled How SteamOS is contributing to the Linux ecosystem.

He explained that although Steam OS is built from some fairly standard components -- the normal filesystem hierarchy, GNU user space, systemd and dbus -- Steam OS has quite a few unique features. It has two distinct user interfaces: by default, it starts with the Steam games launcher, but users can also choose an option called Switch to Desktop, which results in a regular KDE Plasma desktop, with the ability to install anything: a web browser, normal Linux tools, and non-Steam games.

Obviously, though, Steam OS's raison d'etre is to run Steam games, and most of those are Windows games which will never get native Linux versions. Valve's solution is Proton, an open-source tool to run Windows games on Linux. It's formed from a collection of different FOSS packages, notably: [Wine, DXVK, VKD3D-Proton, and GStreamer]. The result is a remarkable degree of compatibility for some of the most demanding Windows apps around [...]. You can view Garcia's 49-page presentation here (PDF).

An anonymous reader shares a report: Next time you try to wipe a smudge off your iPhone screen, take a closer look. See if you can spot one of the two tiny QR codes etched into its glass. Chances are you won't be able to find them. Both codes are tiny -- one is the size of a grain of sand and can only be seen with special equipment, while the other, roughly the size of the tip of a crayon, is laser-printed on the reverse side of the glass somewhere along its black border or bezel. The codes are placed on the glass at different stages of manufacturing to help Apple track and reduce defects. They represent the company's obsessive attention to detail in manufacturing devices such as the iPhone, which has helped it squeeze costs in a traditionally low-margin business.

"Apple has been granularly and singularly tracking many components in the iPhone for some time, but expanding that to the glass and doing it with a microscopic bar code is another level of obsessive attention to detail that few companies would do," said Kyle Wiens, CEO of iFixit, a popular Apple gadget repair site. "I've never heard of serial numbers on the glass level, but if you're throwing infinite money at improving your manufacturing knowledge, then why not?" Apple added the smaller of the two QR codes -- 0.2 mm in width -- to iPhone screens in 2020 so it can track precisely how many usable cover glass units its two Chinese suppliers, Lens Technology and Biel Crystal, are making and how many defective cover glass units they are throwing away during manufacturing. Lens and Biel have previously stymied Apple's efforts to learn the true rate of defects, which can raise its production costs. Apple has paid millions of dollars to install laser and scanning equipment at Lens and Biel factories to both add the microscopic QR code and scan the cover glass at the end of the production process.

Volkswagen says it was hit by a major IT outage on Wednesday, halting production at the company's namesake brand in Germany. Reuters reports: Volkswagen said that the whole group, which includes the Porsche AG and Audi brands, was affected. Volkswagen said there had been an unspecified "IT malfunction of network components" at the carmaker's site in Wolfsburg, its global headquarters.

"The fault has been present since 12:30 p.m. (CET) and is currently being analysed. There are implications for vehicle-producing plants," the group said. "According to current analyses, an external attack is unlikely to be the cause of the system malfunction," Volkswagen said, adding that efforts to fix the problem were of the highest priority and well under way.

An anonymous reader quotes a report from the Washington Post: Burkey Belser, a graphic designer who created the ubiquitous nutrition facts label -- a stark rectangle listing calories, fat, sodium and other content information -- that adorns the packaging of nearly every digestible product in grocery stores, died Sept. 25 at his home in Bethesda, Md. He was 76. The cause was bladder cancer, said his wife Donna Greenfield, with whom he founded the Washington, D.C., design firm Greenfield/Belser.

Mr. Belser's nutrition facts label -- rendered in bold and light Helvetica type -- was celebrated as a triumph of public health and graphic design when it debuted in 1994 following passage of the Nutrition Labeling and Education Act. Although some products had previously included nutritional information, there was no set standard, and the information was of little public health value in helping consumers make better food choices. The new law, drafted as obesity and other diet-related illnesses were surging, required mandatory food labels with nutrients presented in the context of a healthy 2,000-calorie-a-day diet.

Writing in a journal published by the Professional Association for Design, Massimo Vignelli, the renowned Italian designer, called Mr. Belser's creation a "clean testimonial of civilization, a statement of social responsibility, and a masterpiece of graphic design." The Food and Drug Administration chose Mr. Belser to design the nutrition label following his success creating the black and yellow energy guide label for appliances. Once dubbed the "Steve Jobs of information design," Mr. Belser's fondness for exceedingly simple design perfectly suited him for a job that required stripping down nutritional facts to the bare essentials. The report proceeds to tell the tale of how Mr. Belser worked pro bono with his team to labor through three dozen iterations of the label, ultimately settling on "simplicity in itself."

"There's a harmony about it, and the presentation has no extraneous components to it," Belser told The Washington Post. "The words are left and right justified, which gave it a kind of balance. There was no grammatical punctuation like commas or periods or parentheses that would slow the reader down."

He compared the finished product -- which he later adapted to over-the-counter drugs -- to the Apple iPod. "The detail is so important that you wouldn't even notice it and if you didn't notice it's a sign that it succeeded," he said. "I don't know if anybody's heart beats faster when they see nutrition facts, but they sense a pleasure that they get the information they need."

Lenovo launched the first foldable laptop in 2020, but the first real era of foldable PCs is only starting to unfold now. From a report: Today, LG became the latest OEM to announce a foldable-screen laptop, right after HP announced its first attempt, the Spectre Foldable PC, earlier this month. LG only announced the Gram Fold in South Korea thus far. A Google translation of LG's Korean announcement said the laptop is 9.4-mm (0.37-inches) thick when unfolded and used like a 17-inch tablet. Alternatively, the OLED PC can be folded in half to use like an approximately 12.2-inch laptop. In the latter form, a virtual keyboard can appear on the bottom screen, and you can dock a Bluetooth keyboard to the bottom screen or pair a keyboard with the system wirelessly. The screen has 1920Ã--2560 pixels for a pixel density of 188.2 pixels per inch.

One draw of foldable PCs is supposed to be portability. The Gram Fold weighs 2.76 pounds (1,250g), which is even lighter than LG's latest Gram clamshell laptop (2.9 pounds). According to Android Authority, LG's laptop will have an Intel Core i5-1335U, which has 8 Efficient cores (E-cores) at up to 3.4 GHz, two Performance cores (P-cores) at up to 4.6 GHz, 12 threads, and 12MB of cache. The PC is also supposed to have 16GB of RAM, a 512GB NVMe SSD, a 72 Wh battery, Wi-Fi 6E, and two USB-C ports. LG is claiming 99.5 percent DCI-P3 color coverage with the laptop.

[...] It's also possible we'll see similar designs from other laptop brands, as panel supplier LG Display announced today that it will start mass production of 17-inch foldable OLED laptop panels. The foldable OLED is made with what LG Display calls a Tandem OLED structure, using two-stack OLED technology, "which adds an extra organic emitting layer to deliver brighter screens while effectively dispersing energy across OLED components for optimal stability and longer lifespans," LG Display's announcement said. LG Display first entered mass production of foldable (13.3-inch) laptop panels in 2020. However, foldable PCs didn't immediately take off then, despite the panel being used in Lenovo's 2020 ThinkPad X1 Fold. Foldable PCs lacked the software support that Windows 11 now affords with its Snap windows layouts that make organizing windows across dual or folded screens more intuitive.

Huawei largely omitted mention of its Mate 60 smartphone series at a grand showcase of its new consumer products on Monday. From a report: The Shenzhen-based company will increase smartphone production in response to demand, said consumer division chief Richard Yu, without naming the handset triggering that surge. The Mate 60 Pro earned international notoriety with its advanced made-in-China processor last month, causing concern in Washington about Huawei's progress toward developing in-house chipmaking capabilities despite US trade curbs. Huawei's new phones have fired up the company's sales and were among the top sellers in China in the week before Apple's latest iPhone launch. They are the first 5G-capable handsets that Huawei's put on sale since the Trump administration's sanctions cut it off from advanced tech suppliers. That connectivity is provided by the 7-nanometer Kirin 9000s processor inside -- made by Shanghai-based Semiconductor Manufacturing International Corp. -- which is accompanied by a broad range of China-made components inside each phone.

During World War II, "Los Alamos was the perfect spot for the U.S. government's top-secret Manhattan Project," remembers the Associated Press.

"The community is facing growing pains again, 80 years later, as Los Alamos National Laboratory takes part in the nation's most ambitious nuclear weapons effort since World War II." The mission calls for modernizing the arsenal with droves of new workers producing plutonium cores — key components for nuclear weapons. Some 3,300 workers have been hired in the last two years, with the workforce now topping more than 17,270. Close to half of them commute to work from elsewhere in northern New Mexico and from as far away as Albuquerque, helping to nearly double Los Alamos' population during the work week... While the priority at Los Alamos is maintaining the nuclear stockpile, the lab also conducts a range of national security work and research in diverse fields of space exploration, supercomputing, renewable energy and efforts to limit global threats from disease and cyberattacks...

The headline grabber, though, is the production of plutonium cores. Lab managers and employees defend the massive undertaking as necessary in the face of global political instability. With most people in Los Alamos connected to the lab, opposition is rare. But watchdog groups and non-proliferation advocates question the need for new weapons and the growing price tag... Aside from pressing questions about the morality of nuclear weapons, watchdogs argue the federal government's modernization effort already has outpaced spending predictions and is years behind schedule. Independent government analysts issued a report earlier this month that outlined the growing budget and schedule delays.
"A hairline scratch on a warhead's polished black cone could send the bomb off course..." notes an earlier article.

"The U.S. will spend more than $750 billion over the next 10 years replacing almost every component of its nuclear defenses, including new stealth bombers, submarines and ground-based intercontinental ballistic missiles in the country's most ambitious nuclear weapons effort since the Manhattan Project."

"Huawei is emulating Apple in developing the processors that power its latest smartphone," reports Ars Technica, "a breakthrough that will help the Chinese company to reduce its reliance on foreign technology as it confronts US sanctions." Analysis of the main chip inside the Mate 60 Pro smartphone, which launched at the end of last month and immediately sold out, reveals that Huawei has joined the elite group of Big Tech companies capable of designing their own semiconductors. Four of the eight central processing units in the Mate 60 Pro's "system on a chip" (SoC) rely purely on a design by Arm, the British company whose chip architecture powers 99 percent of smartphones. The other four CPUs are Arm-based but feature Huawei's own designs and adaptations, according to three people familiar with the Mate's development and Geekerwan, a Chinese technology testing company that took a closer look at the main chip...

While Huawei is still licensing Arm's basic designs, its own HiSilicon chip design business has improved on them to build its own processor cores on the Mate's Kirin 9000S SoC. This will give it the flexibility needed to produce high-end smartphones despite the constraints of US export controls, said analysts and industry insiders. The Kirin 9000S also features a graphics processing unit and neural processing unit developed by HiSilicon. Its predecessor, the Kirin 9000 SoC, had relied completely on Arm for its CPUs and GPU...

Huawei was able to produce its own phone processors by adapting CPU core designs that were originally used in its data center servers, according to people with direct knowledge of its development. The strategy resembles Apple's moves to turn its iPhone processors into chips capable of powering its Mac computers — but in reverse. "No one ever did this before," said analyst Brady Wang of Counterpoint Research of Huawei's server-to-phone innovation...

Various testing teams, including Geekerwan's, have found that Huawei's semiconductor capabilities are one to two years behind those of chips made by the US's Qualcomm, the leading mobile chipmaker. Huawei's chips also consume more power than its competitors', according to measurements, and can cause the phone to heat up.
Reuters reports that "The United States has no evidence that Huawei can produce smartphones with advanced chips in large volumes, U.S. Commerce Secretary Gina Raimondo said on Tuesday."

But meanwhile, a Huawei Technologies unit "is shipping new Chinese-made chips for surveillance cameras, in a fresh sign the Chinese tech giant is finding ways around four years of U.S. export controls, two sources briefed on the unit's efforts said." The shipments to surveillance camera manufacturers from the company's HiSilicon chip design unit started this year, according to one of the sources, and a third source familiar with the industry supply chain. One of the sources briefed on the unit said at least some of the customers were Chinese...

"These surveillance chips are relatively easy to manufacture compared to smartphone processors," said the source familiar with the surveillance camera industry's supply chain, adding that HiSilicon's return would shake up the market... Before the U.S. export controls, it was the dominant chip supplier to the surveillance camera sector, with brokerage Southwest Securities estimating its global share in 2018 at 60%. By 2021, HiSilicon's global market share plummeted to just 3.9%, according to data from consulting firm Frost & Sullivan...

TechInsights analyst Dan Hutcheson said their analysis of the Mate 60 Pro and other components such as its radio frequency power chip also suggested that Huawei had access to sophisticated electronic design automation (EDA) tools that "they are not supposed to have".

"We don't know if they got them illicitly, or more probably the Chinese developed their own EDA tools," he said.
Thanks to long-time Slashdot reader AmiMoJo for sharing the news.

"As the sun rose on Friday over the lunar plateau where India's Vikram lander and Pragyan rover sit, the robotic explorers remained silent," writes the New York Times: The Indian Space Research Organization, India's equivalent of NASA, said on Friday that mission controllers on the ground had sent a wake-up message to Vikram. The lander, as expected, did not reply. Efforts will continue over the next few days, but this could well be the conclusion of Chandrayaan-3, India's first successful space mission to the surface of another world...

The hope was that when sunlight again warmed the solar panels, the spacecraft would recharge and revive. But that was wishful thinking. Neither Vikram nor Pragyan were designed to survive a long, frigid lunar night when temperatures plunge to more than a hundred degrees below zero, far colder than the electronic components were designed for. The spacecraft designers could have added heaters or used more resilient components, but that would have added cost, weight and complexity...

The mission's science observations included a temperature probe deployed from Vikram that pushed into the lunar soil. The probe recorded a sharp drop, from about 120 degrees Fahrenheit at the surface to 10 degrees just three inches down. Lunar soil is a poor conductor of heat. The poor heat conduction could be a boon for future astronauts; an underground outpost would be well-insulated from the enormous temperature swings at the surface. Another instrument on Vikram, a seismometer, detected on Aug. 26 what appeared to be a moonquake... The Pragyan measurement suggests that concentrations of sulfur might be higher in the polar regions. Sulfur is a useful element in technologies like solar cells and batteries, as well as in fertilizer and concrete.

Before it went to sleep earlier this month, Vikram made a small final move, firing its engines to rise about 16 inches above the surface before softly landing again. The hop shifted Vikram's position by 12 to 16 inches, ISRO said. "Hoping for a successful awakening for another set of assignments!" ISRO posted on X, the social network formerly known as Twitter, on Sept. 2. "Else, it will forever stay there as India's lunar ambassador."
"Efforts to establish contact will continue," ISRO tweeted yesterday...

The European Commission has re-imposed a fine of about $400 million on chipmaker Intel for abusing its dominant position in the x86 processor market. The move is the latest twist in an antitrust saga that has been now running for more than two decades. The Register: According to the Commission, the fine is in response to previously established anticompetitive practices by the silicon giant, aimed at excluding competitors from the market in breach of EU competition rules. The original fine handed to Intel in 2009 was for $1.2 billion, based on findings that the company had given incentives to PC makers to use its CPUs instead of those from rivals, or else delay the launch of specific products containing rival chips.

These incentives consisted of wholly or partially hidden rebates for using Intel chips, or payments in order to delay launching products with rival chips, amounting to so-called "naked restrictions." It ultimately goes back to complaints from rival CPU maker AMD in 2000 and again in 2003 that Intel was engaging in anticompetitive conduct by offering rebates to vendors to favor Intel components. Intel fought the decision, but an appeal by the Silicon Valley outfit to have it overturned was initially denied in 2014. Then in 2022, the EU General Court partially annulled the 2009 ruling by the Commission, in particular the findings related to Intel's conditional rebates, and went on to nix the fine imposed on the company in its entirety.

Brazilian engineer Luiz Andre Barroso, who ripped up the rulebook at Google, has died. His radical ideas for data centers laid the foundations for cloud computing. Wired: Luiz Andre Barroso had never designed a data center before Google asked him to do it in the early 2000s. By the time he finished his first, he had overturned many conventions of the computing industry, laying the foundations for Silicon Valley's development of cloud computing.

Barroso, a 22-year veteran of Google who unexpectedly died on September 16 at age 59, built his data centers with low-cost components instead of expensive specialized hardware. He reimagined how they worked together to develop the concept of "the data center as a computer," which now underpins the web, mobile apps, and other internet services.

Jen Fitzpatrick, senior vice president of Google's infrastructure organization, says Barroso left an indelible imprint at the company whose contributions to the industry are countless. "We lost a beloved friend, colleague and respected leader," she writes in a statement on behalf of the company.

Commerce Secretary Gina Raimondo said she was "upset" when China's Huawei released a new phone with an advanced chip during her visit to the country last month but noted that the US has no evidence China can make those components "at scale." From a report: "We are trying to use every single tool at our disposal to deny the Chinese the ability to advance their technology in ways that can hurt us," Raimondo testified at a congressional hearing Tuesday. The Commerce Department's Bureau of Industry and Security this month opened an investigation into Huawei's phone and the "purported" 7-nanometer chip, made by China's Semiconductor Manufacturing International Corp, which was discovered in a teardown of the handset that TechInsights conducted for Bloomberg News. It is unclear whether SMIC has approval from Commerce to supply Huawei, which has been blacklisted by the US. Raimondo said she won't comment on any active investigations, but that the Commerce Department will investigate every time it appears a company may have violated US export controls.

Intel has taken the wraps off its forthcoming next-gen Meteor Lake processors following its successful 12th (Alder Lake) and 13th Gen (Raptor Lake) processors with its new E- and P-core design. WindowsCentral: Its first chip built on the Intel 4 process node with Foveros 3D packaging, Intel calls Meteor Lake its "biggest architectural shift in 40 years" and that it will "lay the foundation for innovations for the PC," as noted by Tim Wilson, VP, Design and Engineering Group and GM, SoC Design at Intel. Meteor Lake is Intel's next-gen CPU and the first built on the Intel 4 process, which is part of Intel's long-term goal of "5 nodes in 4 years." Previous generation naming would suggest it would be called Intel 14th Gen, but Intel is moving away from its older naming schema. Some reports have suggested Meteor Lake may reflect a reboot in generation numbers. Current rumors suggest Intel 14th Gen is simply a refresh of Raptor Lake, although Meteor Lake may play a part in that for laptops.

Meteor Lake processors are expected to ship in late 2023 or early 2024 in new laptops with thinner and lighter designs, better cooling, and much better battery life. The significant change for Meteor Lake is what Intel calls disaggregation, which means the breaking down of core components into separate 'tiles' on the SoC. Meteor Lake features four Tiles, including:
Compute Tile: New E-core and P-core microarchitecture, built on Intel 4 process technology
SoC Tile: Low power island E-cores, NPU, Wi-Fi 6E/7, native HDMI 2.1 and 8K HDR AV1 support
Graphics Tile: Integrated Intel Arc architecture
IO Tile: Thunderbolt 4 (and presumably Thunderbolt 5) and PCIe Gen5

YouTuber Pitstoptech built a "fully upgradeable gaming handheld" around one of Framework's upgradable motherboards. Tom's Hardware reports: The handheld model you see in the video is equipped with the following components:

- Framework's Intel Core i7-1260P processor equipped mainboard
- 7-inch FHD touchscreen display
- 16 GB RAM
- 512 GB SSD
- Dual front-facing speakers
- Detachable controllers
- 55 Wh Battery
- High-speed Wi-Fi & Bluetooth

These components appear to offer some passable small-screen gaming. And in the video, you can see the device plugs into a larger monitor / TV where using the controllers in a detached configuration (Bluetooth) may be more comfortable. [...] Pitstoptech intends to prepare and sell handheld DIY kits "soon," based on the prototype design you see in the pictures / video.

Long-time Slashdot reader destinyland writes: Thursday America's Energy Department released an interactive map showing America's clean energy investments, "for tracking the industrial revitalization happening across the country, fostered by a clean energy transition..."

The map aims to show how both the 2021 Bipartisan Infrastructure Law and the 2022 Inflation Reduction Act "are leading to announcements of historic levels of private sector investments in the United States," which the head of America's Energy Department credited for "a manufacturing renaissance across the U.S." A senior White House energy advisor specifically described it as "a clean energy boom" and called the map "a great resource for understanding the widespread and important impact this boom is having on communities all across our nation."

The announcement notes 500 "planned investments in at least 450 new or expanded clean energy manufacturing facilities, totaling over $160 billion in announced private and public sector investments" in solar, battery, and offshore wind manufacturing projects — as well as in electric vehicle assembly, components, and chargers. Ford received over $12 billion for battery pack/cell projects and EV assembly, along with billions more for Ford's joint venture with BlueOval SK to build a battery plant. And six of the projects are Tesla — totalling over $2 billion for projects in battery materials, cells, packs, and EV assembly.