Toyota announced today that they will be unveiling a new all-electric SUV in the coming months. Electrek reports: The automaker, which has been seen as a lagger when it comes to all-electric vehicles, says that it's their 'first step' for battery-electric vehicles. Toyota has yet to launch an all-electric vehicle outside of China. Toyota announced a new midsize electric SUV today: "Toyota announced today that it will preview a brand-new model for its European Battery Electric line-up -- a mid-sized battery-electric SUV based on the forthcoming the e-TNGA platform."

For now, they are only showing the silhouette (pictured above), but the automaker says that more details are coming in the next few months. The un-named preview model will be based on Toyota's new e-TNGA platform. Thanks to its clever design the new platform is both highly versatile and easily adaptable for a range of product types. They unveiled this image with the announcement -- showing a dual motor all-wheel-drive powertrain and modular battery pack. The automaker confirmed that the vehicle is already being readied for production.

More than a week after Black Friday, Apple's announced its AirPods Max over-ear headphones for $549. It's available for preorder now, and will ship Dec. 15. From a report: Apple said its AirPods Max are designed with similar features to its $249 in-ear AirPods Pro, but in an over-ear design. As a result, it offers many of the same features as its AirPods cousins, including simple setup and connections, active noise cancellation, transparency mode to pipe sound from the outside world into your ears along with whatever you're listening to, and "spatial" simulated surround-sound audio. It also comes in five colors, including silver, green and pink. "With AirPods Max, we are bringing that magical AirPods experience to a stunning over-ear design with high-fidelity audio," said Greg Joswiak, Apple's senior vice president of Worldwide Marketing, in a statement Tuesday.

An anonymous reader quotes a report from Bloomberg: Electric-car companies are suddenly worth half of the total market capitalization of the world's 10 most valuable automakers. That's because money managers sized up the convergence of government policies and people's preferences combating climate change and made alternative energy their biggest bet. Much was achieved by Tesla Inc., the Palo Alto maker of the S, X, Y and 3 model vehicles, giving it a market capitalization of $539 billion, or more than Japan's Toyota Motor Corp., Germany's Volkswagen AG and Detroit's General Motors Co. combined. Tesla was barely 26% of Toyota's value at this point last year. None of the industry's Top 10 exclusively manufactured EVs in 2015; this year the list included Shanghai-based Nio Inc. and Guangzhou-based XPeng Inc., EV upstarts in the world's largest market.

Tesla and its Chinese competitors accounted for only 8% of the value of the Top 10 in 2019 -- still a huge leap from zero percent in 2016. The three EV makers reported annual sales of $30.5 billion, or about 3% of total sales for the 10 largest companies, according to data compiled by Bloomberg. Commentators and short sellers, who profit when a security's price declines, predict that the companies' shares will plummet before long because the companies' values are far out of proportion to their more modest profits and revenues. Since its initial public offering in June 2010, Tesla revenue increased 241 times as revenue for the rest of the industry rose 19%, according to data compiled by Bloomberg. Tesla shares appreciated 170 times when the comparable figure was three times for global peers. None of which persuades numerous Tesla detractors, who insist the company will fail as soon as the legacy automakers determine that EVs are profitable. That moment arrives this month when Tesla joins the S&P 500 as its record-breaking largest new member.

In China, where EV incentives are part of the government's goal to become carbon neutral by 2060, Nio's annual revenues have tripled since its September 2018 IPO. Nio shares surged 665% during the same period as global peers were gaining 47%, according to data compiled by Bloomberg. XPeng's 2020 third-quarter revenue is 4.4 times the amount during the same period a year ago. After the company's August IPO, the shares rose 269% when global peers gained 29%. These unprecedented valuations come at a point when the fossil fuel industry is reporting record losses, including Exxon Mobil Corp.'s $20 billion write-down this month. The market for zero-emission electric vehicles, meanwhile, is poised to become explosive, according to data compiled by Bloomberg. In 2019, 2.1 million cars, or 2.5% of the cars sold worldwide were electric. By 2030, 26 million EVs will be sold, or 28% of total sales worldwide, according to analyst estimates compiled by Bloomberg. By 2040, 54 million EVs will be sold, or 58% of the global market, the analysts predict.

LG has partnered with Swedish manufacturer Assa Abloy Entrance Systems to develop automatic sliding doors with built-in transparent OLED displays, the company announced today. The doors will be aimed at businesses, and LG says they'll be able to greet customers, communicate with employees, or show ads. The Verge reports: LG has been showing off its transparent displays for a little while now, and it unveiled a range of transparent signage early last year. Now, we're seeing the panels used in the real world. In August, LG announced that its displays were being used in the windows of subway carriages in Beijing and Shenzhen in China, and OLED-Info reports that both Panasonic and Xiaomi's transparent OLED TVs use LG panels.

LG's announcement doesn't give much of an indication of when these high-end doors might become available for businesses. But considering the transparent OLED technology has started being deployed, they can't be too far away from decorating the world's most decadent shopping centers.

"The building did not stand out. Unremarkable industrial building, which was built in hundreds of Soviet cities," explains a web site called Russian Urban Exploration.

Hackaday describes what happened next: It's probably a dream most of us share, to stumble upon a dusty hall full of fascinating abandoned tech frozen in time as though its operators walked away one day and simply never returned. It's something documented by some Russian urban explorers who found an unremarkable office building with one of its floors frozen sometime around the transition from Soviet Union to Russian Federation. In it they found their abandoned tech, in the form of a cross-section of Soviet-era computers from the 1970s onwards...

As you might expect, in a manner it mirrors the development of civilian computing on the capitalist side of the Iron Curtain over a similar period, starting with minicomputers the size of several large refrigerators and ending with desktop microcomputers. The minis seem to all be Soviet clones of contemporary DEC machines. with some parts of them even looking vaguely familiar. The oldest is a Saratov-2, a PDP/8 clone which we're told is rare enough for no examples to have been believed to have survived until this discovery. We then see a succession of PDP/11 clones each of which becomes ever smaller with advancements in semiconductor integration, starting with the fridge-sized units and eventually ending up with desktop versions that resemble 1980s PCs.

PCMag.com's lead mobile analyst calls Qualcomm "a little too unbothered by Apple's M1 Macs" Qualcomm executives brushed off a question about Apple's new M1-based Macs during a question-and-answer session at the company's Snapdragon Summit today, where Qualcomm announced a new flagship smartphone chipset but no upgrades to its year-old chips for PCs... In general, reviews of Qualcomm-powered laptops such as the Microsoft Surface Pro X have celebrated the devices' long battery life, but lamented problems with third-party apps that were originally coded for Intel processors. That stands in stark contrast to Apple's new M1-based Macs, which don't seem to be slowed down as badly by older software...

"It's a great validation of what we've been doing for the past few years and [Qualcomm's product line] is just going to get stronger and stronger as we broaden our scope," said Alex Katouzian, Qualcomm SVP for mobile. Katouzian made sure to subtly call out ways in which Qualcomm's always-connected PCs are superior to Apple's newest Macs. The Macs lack 4G connectivity and still have poor-quality, 720p front-facing cameras... Katouzian also pointed out that (presumably unlike Apple) Qualcomm addresses "many tiers...and many price points" with its 7c, 8c, and 8cx laptop chipsets, letting Windows laptop makers drive prices well below the MacBook Air's $999 list price.

The core problem with Qualcomm's always-connected PC strategy is one that Qualcomm itself can't fix. While Qualcomm could, and probably will, soon announce a laptop chip that's based on the new Snapdragon 888 and has a level of raw power closer to Apple's M1, it's really down to Microsoft, as well as peripheral and app makers to solve the platform incompatibilities that have frustrated PC reviewers.
Hot Hardware cites Microsoft's promises of changes come in future updates to Windows 10, arguing that "with the arrival of x64 emulation and a growing library of native Arm64 apps, Windows 10 on Arm is going to be an even more powerful platform." From a performance perspective, while running Windows 10 on Arm, these [Snapdragon 8cx] chips may currently be at a disadvantage to the Apple M1, but some day in the not so distant future that might not be the case. We have no doubt that Qualcomm is likely working on a new Windows PC-centric SoC that is based on Snapdragon 888 or similar architecture. Qualcomm has promised a 25 percent uplift in CPU and a 35% lift in GPU performance over the Snapdragon 865, with the Snapdragon 888, which already offers a big boost over the previous gen Snapdragon 855/8cx. So, Qualcomm has the potential to put up a strong showing against the Apple M1, whenever its next-generation Snapdragon PC chip launches.
That may be, but John Gruber at Daring Fireball argues that currently "M1 Macs embarrass all other PCs — all Intel-based Macs, including automobile-priced Mac Pros, and every single machine running Windows or Linux." Those machines are just standing around in their underwear now because the M1 stole all their pants. Well, that just doesn't happen, your instincts tell you. One company, even a company like Apple, doesn't just embarrass the entire rest of a highly-competitive longstanding industry. But just because something hasn't happened — or hasn't happened in a very long while — doesn't mean it can't happen. And in this case, it just happened... M1 Macs completely upend what we can and should expect from PCs. It's a breakthrough along the lines of the iPhone itself in 2007.

China successfully powered up its "artificial sun" nuclear fusion reactor for the first time, state media reported Friday, marking a great advance in the country's nuclear power research capabilities. Phys.Org reports: The HL-2M Tokamak reactor is China's largest and most advanced nuclear fusion experimental research device, and scientists hope that the device can potentially unlock a powerful clean energy source. It uses a powerful magnetic field to fuse hot plasma and can reach temperatures of over 150 million degrees Celsius, according to the People's Daily -- approximately ten times hotter than the core of the sun. Located in southwestern Sichuan province and completed late last year, the reactor is often called an "artificial sun" on account of the enormous heat and power it produces. They plan to use the device in collaboration with scientists working on the International Thermonuclear Experimental Reactor -- the world's largest nuclear fusion research project based in France, which is expected to be completed in 2025.

Hmmmmmm shares a report from Ars Technica: Micro Magic Inc. -- a small electronic design firm in Sunnyvale, California -- has produced a prototype CPU that is several times more efficient than world-leading competitors, while retaining reasonable raw performance. EE Times reported on the company's new prototype CPU, which appears to be the fastest RISC-V CPU in the world. Micro Magic adviser Andy Huang claimed the CPU could produce 13,000 CoreMarks (more on that later) at 5GHz and 1.1V while also putting out 11,000 CoreMarks at 4.25GHz -- the latter all while consuming only 200mW. Huang demonstrated the CPU -- running on an Odroid board -- to EE Times at 4.327GHz/0.8V and 5.19GHz/1.1V. Later the same week, Micro Magic announced the same CPU could produce over 8,000 CoreMarks at 3GHz while consuming only 69mW of power.

Part of the difficulty in evaluating Micro Magic's claim for its new CPU lies in figuring out just what a CoreMark is and how many of them are needed to make a fast CPU. It's a deliberately simplified CPU benchmarking tool released by the Embedded Microprocessor Benchmark Consortium, intended to be as platform-neutral and simple to build and use as possible. CoreMark focuses solely on the core pipeline functions of a CPU, including basic read/write, integer, and control operations. This specifically avoids most effects of system differences in memory, I/O, and so forth. [...] With that said, it's worth pointing out that -- if we take Micro Magic's numbers for granted -- they're already beating the performance of some solid mobile phone CPUs. Even at its efficiency-first 3GHz clockrate, the Micro Magic CPU outperformed a Qualcomm Snapdragon 820. The Snapdragon 820 isn't world-class anymore, but it's no slouch, either -- it was the processor in the U.S. version of Samsung's Galaxy S7.

What if your digital assistant could battle rap? That may sound far-fetched, but Gil Weinberg, a music technologist at the Georgia Institute of Technology, has adapted a musical robot called Shimon to compose lyrics and perform in real time. From a report: That means it can engage in rap "conversations" with humans, and maybe even help them compose their own lyrics. Shimon, which was intentionally designed to sound machinelike (listen here), is meant to be a one-of-a-kind musical collaborator -- or an inhuman rap-battle opponent. Computer-generated music dates back to the 1950s, when early computers used algorithms to compose melodies. Modern robots can use machine learning to ad-lib on instruments including the flute and drums. One such machine was an earlier version of Shimon, which could play the marimba and sing. The recently updated robot looks the same; it still consists of a ball-shaped "head," with saucy movable eyebrows above visor-covered eyes, perched at the end of a mechanical arm. But now Weinberg claims Shimon is the first improvising robot to foray into rap, with its distinct stylistic features that pose unique programming challenges.

The crowning glory of rap lies in the lyrics. On top of semantic content, the words need to adhere to an aesthetically pleasing beat and rhythm, all while delivering multiple layers of poetic complexity. In a recent paper, published in the proceedings of the 11th International Conference on Computational Creativity 2020, Weinberg's research team outlines the technical advances that brought a rapping Shimon to life. When Shimon battle raps, software converts its human opponent's spoken lyrics into text. The robot's system identifies keywords from this, and generates new lyrics based on several custom data sets of words that Shimon has been trained on (using deep-learning models). These data sets can come from any text: the work of Lil Wayne, JAY-Z or other rappers; lyrics from other genres; or even nonmusical literary works. Imagine how Shakespeare or Jane Austen might sound if they rapped; Shimon could simulate that for you.

An anonymous reader quotes a report from Scientific American: For the first time, a quantum computer made from photons -- particles of light -- has outperformed even the fastest classical supercomputers. Physicists led by Chao-Yang Lu and Jian-Wei Pan of the University of Science and Technology of China (USTC) in Shanghai performed a technique called Gaussian boson sampling with their quantum computer, named Jiuzhang. The result, reported in the journal Science, was 76 detected photons -- far above and beyond the previous record of five detected photons and the capabilities of classical supercomputers.

Unlike a traditional computer built from silicon processors, Jiuzhangis an elaborate tabletop setup of lasers, mirrors, prisms and photon detectors. It is not a universal computer that could one day send e-mails or store files, but it does demonstrate the potential of quantum computing. Last year, Google captured headlines when its quantum computer Sycamore took roughly three minutes to do what would take a supercomputer three days (or 10,000 years, depending on your estimation method). In their paper, the USTC team estimates that it would take the Sunway TaihuLight, the third most powerful supercomputer in the world, a staggering 2.5 billion years to perform the same calculation as Jiuzhang. [...] This latest demonstration of quantum computing's potential from the USTC group is critical because it differs dramatically from Google's approach. Sycamore uses superconducting loops of metal to form qubits; in Jiuzhang, the photons themselves are the qubits. Independent corroboration that quantum computing principles can lead to primacy even on totally different hardware "gives us confidence that in the long term, eventually, useful quantum simulators and a fault-tolerant quantum computer will become feasible," Lu says.

... [T]he USTC setup is dauntingly complicated. Jiuzhang begins with a laser that is split so it strikes 25 crystals made of potassium titanyl phosphate. After each crystal is hit, it reliably spits out two photons in opposite directions. The photons are then sent through 100 inputs, where they race through a track made of 300 prisms and 75 mirrors. Finally, the photons land in 100 slots where they are detected. Averaging over 200 seconds of runs, the USTC group detected about 43 photons per run. But in one run, they observed 76 photons -- more than enough to justify their quantum primacy claim. It is difficult to estimate just how much time would be needed for a supercomputer to solve a distribution with 76 detected photons -- in large part because it is not exactly feasible to spend 2.5 billion years running a supercomputer to directly check it. Instead, the researchers extrapolate from the time it takes to classically calculate for smaller numbers of detected photons. At best, solving for 50 photons, the researchers claim, would take a supercomputer two days, which is far slower than the 200-second run time of Jiuzhang.

sciencehabit writes: The U.K. government today invited communities around the country to volunteer a site for a prototype fusion reactor, which would be the first -- it is hoped -- to put electricity into the grid. The project, called Spherical Tokamak for Energy Production (STEP), began last year with an initial 222 million pounds over 5 years to develop a design. The U.K. Atomic Energy Authority, the government agency overseeing the effort, says construction could begin as soon as 2032, with operations by 2040.

Still, spherical tokamaks also come with drawbacks. The hot dense plasma in a smaller device is more punishing on materials, so components may need to be replaced more often. And STEP is unlikely to be capable of breeding tritium, one of two hydrogen isotopes that fuels the reactor. Tritium is radioactive with a half-life of 12 years and global supplies are low. A working reactor will have to breed its own tritium by surrounding the vessel with patches of lithium that produce tritium when bombarded by neutrons from the fusion reaction.

schwit1 shares a report from Autoblog, adding: "And CR decides to predict poor reliability on EVs it hasn't even evaluated yet." From the report: The latest auto survey from Consumer Reports shows several newer electric cars to be beset with problems, contradicting the conventional wisdom that EVs with their simpler powertrains should have fewer issues than gasoline- or diesel-powered cars. The CR reader survey harvested data on some 329,000 vehicles and specifically calls out the Audi E-Tron, the Kia Niro EV, and the Tesla Model Y.

The E-Tron is dinged for "drive-system electrical failures along with other power-equipment issues." The Niro EV's problems reportedly included electric-motor bearing failure. The Tesla suffers a panoply of build-quality issues include misaligned body panels and poor paint quality. Both Audi and Kia claimed to be aware of the issues. For now, though, CR has removed the E-Tron and the Niro EV from its Recommended list (which is based on vehicle test results as well as reliability). The Model Y was not on the Recommended list. CR notes that some older, less-complicated EVs did well in the reliability survey, including the Chevrolet Bolt and the Nissan Leaf. More controversially, as a result of this latest survey's findings, Consumer Reports has decided to downgrade the predicted reliability of several new EVs that were not even included in the survey, including the Ford Mustang Mach-E, the Mercedes-Benz EQC, and the Porsche Taycan.

"Often, it's not the EV tech that's problematic," says Anita Lam, CR's associate director of automotive data integration. "It's all the other new technology that could show up on any car -- new infotainment systems, more sophisticated power equipment and gadgets -- that often gets put on new EVs to feed a perception that they're supposed to be luxurious and high-tech."

Joe2020 writes: Famous developer Hector Martin who put Linux on the PS4 now wants to port Linux to the new Apple M1, and he wants to do it with the help of crowdfunding by making it his full-time job. One can find his official pledge for support here. "Since these devices are brand new and bespoke silicon, porting Linux to run on them is a huge undertaking. Well beyond a hobby project, it is a full-time job," the developer explains.

"The goal is to bring Linux support on Apple Silicon macs to the point where it is not merely a tech demo, but is actually an OS you would want to use on a daily driver device. To do this, there is a huge amount of work to be done. Running Linux on things is easy, but making it work well is hard. Drivers need to be written for all devices. The driver for the completely custom Apple GPU is the most complicated component, which is necessary to have a good desktop experience. Power management needs to work well too, for your battery life to be reasonable," the dev explains. Martin says he hopes to have enough donations to purchase the new Apple Silicon-powered devices and hire other people to help with the job.

Slashdot reader NoMoreACs also shared the news via Mac Rumors.

An anonymous reader quotes a report from Ars Technica: Amazon is rolling out cheap new tools that will allow factories everywhere to monitor their workers and machines, as the tech giant looks to boost its presence in the industrial sector. Launched by Amazon's cloud arm AWS, the new machine-learning-based services include hardware to monitor the health of heavy machinery and computer vision capable of detecting whether workers are complying with social distancing. Amazon said it had created a two-inch, low-cost sensor -- Monitron -- that can be attached to equipment to monitor abnormal vibrations or temperatures and predict future faults. AWS Panorama, meanwhile, is a service that uses computer vision to analyze footage gathered by cameras within facilities, automatically detecting safety and compliance issues such as workers not wearing PPE or vehicles being driven in unauthorized areas. Amazon said it had installed 1,000 Monitron sensors at its fulfillment centers near the German city of Monchengladbach, where they are used to monitor conveyor belts handling packages.

If successful, said analyst Brent Thill from Jefferies, the move would help Amazon cement its position as the dominant player in cloud computing, in the face of growing competition from Microsoft's Azure and Google Cloud as well as a prolonged run of slowed segment growth. "This idea of predictive analytics can go beyond a factory floor," Mr. Thill said. "It can go into a car, on to a bridge, or on to an oil rig. It can cross fertilize a lot of different industries." The new services, announced on Tuesday during the company's annual cloud computing conference, represent a step up in the tech giant's efforts to gather and crunch real-world data in areas it currently feels are underserved. "If you look at manufacturing and industrial generally, it's a space that has seen some innovations, but there's a lot of pieces that haven't been digitized and modernized," said Matt Garman, AWS's head of sales and marketing, speaking to the FT.

MojoKid writes: NVIDIA expanded its line-up of Ampere-based graphics cards today with a new lower cost GeForce RTX 3060 Ti. As its name suggests, the new $399 NVIDIA GPU supplants the previous-gen GeForce RTX 2060 / RTX 2060 Super, and slots in just behind the recently-released GeForce RTX 3070. The GeForce RTX 3060 Ti features 128 CUDA cores per SM, for a total of 4,864, 4 Third-Gen Tensor cores per SM (152 total), and 38 Second-Gen RT cores. The GPU has a typical boost clock of 1,665MHz and it is linked to 8GB of standard GDDR6 memory (not the GDDR6X of the RTX 3080/3090) via a 256-bit memory interface that offers up to 448GB/s of peak bandwidth. In terms of overall performance, the RTX 3060 Ti lands in the neighborhood of the GeForce RTX 2080 Super, and well ahead of cards like AMD's Radeon RX 5700 XT. The GeForce RTX 3060 Ti's 8GB frame buffer may give some users pause, but for 1080p and 1440p gaming, it shouldn't be a problem for the overwhelming majority of titles. It's also par for the course in this $399 price band. Cards are reported to be shipping in retail tomorrow.

The Raspberry Pi Foundation has released a tiny $5 fan combined with a small heatsink for the Raspberry Pi 4. TechCrunch reports: It works with the official case, below the top cover. That accessory should prevent the Raspberry Pi from overheating. According to the foundation, the tiny fan should be enough to prevent throttling. "It draws air in over the USB and Ethernet connectors, passes it over a small finned heatsink attached to the processor, and exhausts it through the SD card slot," the Raspberry Pi Foundation says. It's a cheap stopgap solution, but I hope the Foundation will prioritize heat dissipation for the next iteration of the Raspberry Pi.

Tasmania consists of the 26th-largest island in the world and its surrounding 334 islands — an island state of Australia with a population around 540,000 people, according to Wikipedia.

Friday the Tasmanian government "declared that it has become the first Australian state, and one of just a handful of jurisdictions worldwide, to be powered entirely by renewable electricity," according to one news report: Tasmania joins the Australian Capital Territory as the only two Australian jurisdictions sourcing all of their electricity from renewable energy sources, and places Tasmania alongside countries like Scotland, Iceland and Costa Rica which have also made the transition to 100 per cent renewable electricity. The milestone was welcomed by environmental groups, saying that it was another example of what is being achieved by state and territory governments that are stepping in to show leadership on energy policy in a vacuum left by ongoing conflict both between and within political parties at a federal level...

Tasmanian energy minister Guy Barnett added that the Tasmanian government would continue to support an expansion of the state's renewable energy capabilities, as the state looks to grow its role as a supplier of zero emissions energy to both mainland Australia and of green hydrogen into international export markets. "But there is more to do, which is why we have set a target to double our renewable generation to a global-leading target of 200 per cent of our current needs by 2040 — which we recently passed into law following the passing of legislation through both Houses of Parliament," Barnett added.

Programmer Abdullah Diaa has put together a website to help determine if your favorite apps work on Apple Silicon yet. An anonymous reader shares a report from The Next Web: ... [P]lease say hello to Is Apple silicon ready? The idea behind the site is simple: it shows you if specific apps will work on laptops and desktops with Apple's in-house chip. Easy to get your head around, right? It shows you a list of software and, if they have native M1 support, they're given a green tick.

Here's an image that shows you what's going on far clearer than lots of words could. As you can see, the site also shows you if the app you're after has Rosetta 2 support. Effectively, Rosetta 2 is an emulator, allowing a large number of apps designed for Intel machines to run on Apple Silicon. If this is supported, you will still be able to use that software on an M1-toting machine. Further reading: Linus Torvalds Would Like To Use An M1 Mac For Linux, But...

Yes, Torvalds said he'd love to have one of the new M1-powered Apple laptops, but it won't run Linux and, in an exclusive interview he explains why getting Linux to run well on it isn't worth the trouble. Steven J. Vaughan-Nichols writes via ZDNet: Recently, on the Real World Technologies forum, Linux's creator Linus Torvalds was asked what he thought of the new M1-powered Apple laptops. Torvalds replied, "I'd absolutely love to have one if it just ran Linux." You may think, "what's the problem? Doesn't Linux run on practically every processor on the planet from 80386s to IBM s390x to the ARM family of which Apple's M1 chip is a child?" Well, yes, yes it does. But it takes more than a processor to run a computer.

Torvalds would like to run Linux on these next-generation Macs. As he said, "I've been waiting for an ARM laptop that can run Linux for a long time. The new Air would be almost perfect, except for the OS. And I don't have the time to tinker with it, or the inclination to fight companies that don't want to help." Aye, there's the rub. In an exclusive interview, Torvalds expanded on why he can't see porting Linux to the M1-based Macs. "The main problem with the M1 for me is the GPU and other devices around it, because that's likely what would hold me off using it because it wouldn't have any Linux support unless Apple opens up."

Still, while Torvalds knows Apple opening up their chipsets "seems unlikely, but hey, you can always hope." Even if that "wasn't an issue," Torvalds continued, "My personal hope would be more cores. Even in a laptop, I don't care about 20-hour battery life (and I wouldn't get it building kernels anyway). I'd rather plug it in a bit more often, and have 8 big cores." As for the Mac's limited RAM -- no more than 16GBs on current models -- he can live with that. "16GBs is actually ok by me because I don't tend to do things that require a lot more RAM. All I do is read email, do git and kernel compiles. And yes, I have 64GB in my desktop, but that's because I have 32 cores and 64 threads, and I do hugely parallel builds. Honestly, even then 32GB would be sufficient for my loads." That said, other developers and power users may want more from the new Macs, Torvalds thinks. "The people who really want tons of memory are the ones doing multiple VMs or huge RAW file photography and video."

The European Union could produce enough batteries by 2025 to power its fast-growing fleet of electric vehicles without relying on imported cells, European Commission Vice President Maros Sefcovic said on Tuesday. Reuters reports: As part of its plan to become climate neutral by 2050, the EU wants to boost local production of the building blocks for green industries -- including hydrogen fuel to make low-carbon steel and batteries to power clean vehicles. "I am confident that by 2025, the EU will be able to produce enough battery cells to meet the needs of the European automotive industry, and even to build our export capacity," Sefcovic told the online European Conference on Batteries. Today, China hosts roughly 80% of the world's lithium-ion cell production, but Europe's capacity is set to expand fast.

Europe has 15 large-scale battery cell factories under construction, including Swedish company Northvolt's plants in Sweden and Germany, Chinese battery maker CATL's German facility, and South Korean firm SK Innovation's second plant in Hungary. Sefcovic said by 2025 planned European facilities would produce enough cells to power at least 6 million electric vehicles.