An anonymous reader quotes a report from Bloomberg, written by Mark Gurman: The new high-end Mac Pro with Apple silicon is behind schedule, and you can blame changes to the company's chip and manufacturing plans. When Apple announced plans in June 2020 to transition away from Intel processors to Mac chips designed in-house, the company said the move would take about two years. Now at the tail end of 2022, it's clear that Apple has missed its self-imposed deadline for completing the shift. In addition to not offering a Mac Pro with Apple silicon, the company still only sells the high-end version of the Mac mini desktop in an Intel flavor. While Apple has said little to nothing about its future Mac desktops or the reasons behind the holdup, the company continues to actively test an all-new Mac Pro and an M2 Pro-based Mac mini to replace the remaining Intel models. Apple had aimed to introduce the new Mac Pro by now, but the high-end machine has been held up for a number of reasons, including multiple changes to its features, a significant shift in the company's plans for high-end processors and a potential relocation of its manufacturing.

When Apple first set out to build a replacement for the Intel Mac Pro, it planned a machine with a processor based on the original M1 chip. The approach called for two main configurations: one chip equal to the power of two M1 Max processors -- the highest-end MacBook Pro chip -- and another equal to four M1 Max components combined. The dual M1 Max chip ended up first launching in the Mac Studio as the M1 Ultra, and Apple decided to push back the Mac Pro to the M2 generation. The company then planned for the Mac Pro to come in two configurations: an M2 Ultra version and a double-M2 Ultra that I've dubbed the "M2 Extreme." The M2 Ultra chip is destined to have some serious specifications for professional users, including up to 24 CPU cores, 76 graphics cores and the ability to top out the machine with at least 192 gigabytes of memory. An M2 Extreme chip would have doubled that to 48 CPU cores and 152 graphics cores. But here's the bad news: The company has likely scrapped that higher-end configuration, which may disappoint Apple's most demanding users -- the photographers, editors and programmers who prize that kind of computing power.

The company made the decision because of both the complexity and cost of producing a processor that is essentially four M2 Max chips fused together. It also will help Apple and partner Taiwan Semiconductor Manufacturing Co. save chip-production resources for higher-volume machines. Moreover, there are concerns about how much consumers are willing to spend. Using the highest-end M1 Ultra chip pushes the Mac Studio up to $5,000 -- only $1,000 less than the current Mac Pro. That's $3,000 more than the M1 Max Mac Studio. Based on Apple's current pricing structure, an M2 Extreme version of a Mac Pro would probably cost at least $10,000 -- without any other upgrades -- making it an extraordinarily niche product that likely isn't worth the development costs, engineering resources and production bandwidth it would require. Instead, the Mac Pro is expected to rely on a new-generation M2 Ultra chip (rather than the M1 Ultra) and will retain one of its hallmark features: easy expandability for additional memory, storage and other components. Gurman says the Mac Mini update "will come in regular M2 and M2 Pro variations, while new 14-inch and 16-inch MacBook Pros are arriving early next year with M2 Pro and M2 Max options." A high-end iMac Pro with Apple silicon is also in the works, "but that machine has suffered internal delays for similar reasons as the Mac Pro," he notes.

In addition, Gurman says Apple is "working on multiple new external monitors [...], including an update to the Pro Display XDR that was launching alongside the Intel Mac Pro in 2019." The new monitors will also include Apple silicon.

A new study published in Nature Astronomy assessed the viability of turbines as an energy source for future Mars missions, and "the results hint that wind power could be an important pillar of energy generation on the red planet, assuming humans are able to successfully land there in the coming decades," reports Motherboard. From the report: Scientists have generally written off wind power as a key energy source for Mars missions, compared to solar and nuclear power, because Martian winds are extremely weak. Now, a team led by Victoria Hartwick, a postdoctoral fellow at NASA Ames Research Center, has used global climate models of Mars to show that, contrary to past assumptions, "wind power represents a stable, sustained energy resource across large portions of the Mars surface," according to the study. "Using a state-of-the-art Mars global climate model, we analyze the total planetary Martian wind potential and calculate its spatial and temporal variability," Hartwick and her colleagues said in the study. "We find that wind speeds at some proposed landing sites are sufficiently fast to provide a stand-alone or complementary energy source to solar or nuclear power." "Wind energy represents a valuable but previously dismissed energy resource for future human missions to Mars, which will be useful as a complementary energy source to solar power," the team added.

To assess whether wind power could fill that gap, Hartwick and her colleagues used the NASA Ames Mars global climate model to estimate wind speeds across the planet. Since Mars' atmosphere is very thin, with only 1 percent the density of Earth's atmosphere, Martian winds are pretty wimpy everywhere. Even so, the researchers found that several tantalizing locations could theoretically use wind as the only source of power, and that a combination of solar and wind power would unlock sites across a huge swath of the planet -- including icy locations at the poles.

To that point, the team identified several sites that would be particularly conducive to wind power, including locations within the icy northern regions of Deuteronilus Mensae and Protonilus Mensae. The researchers envision setting up medium-sized turbines, measuring 50 meters (160 feet) tall, to catch the stronger winds in these areas, allowing astronauts to subsist in the strange glacial terrain of an alien world. Turbines could also be effective if placed near topographical gradients, such as crater rims or the slopes of ancient volcanoes, to catch the gusts generated by these landscapes.

"Content of every type disappears from the internet all the time..." writes Popular Photography's long-time "gear editor" (for photography equipment).

But someone's doing something about it: the newly-founded Flickr Foundation, which has announced plans "to make sure Flickr will be preserved for future generations." Or, as Popular Photography puts it, to stop photos "from suffering the same ill fate as our MySpace photos" — providing the example of important historical photos.

One particular collection their article notes is The Flickr Commons, "started back in 2008 as a collaborative effort with the Library of Congress to make publicly held photography collections readily available online for people seeking them out." It's a massive, eclectic, fascinating archive that pulls images and content from around the world. This new organization hopes to integrate more partners and ensure that everything remains available and easily accessible.... If you're not already familiar with The Commons, it's a really fascinating online resource. It grants access to everything from historical portraits to scientific images and everything in between. It's easy to get lost in the sheer volume of images available on the site, but Flickr relies on curators in order to bring notable images to the forefront and keep things organized and available.

With the establishment of the new foundation, Flickr hopes that it can keep this archive running to 2122 and beyond. It will doubtlessly add countless more images along the way.
Flickr is currently hiring a new archivist, according to their announcement (which also points out that the Flickr API was one of the first public APIs ever).

Among other things, it says that the foundation hopes to "investigate preservation strategies that could last for the next century,"

"Samsung's Mobile Experience (MX) Business has formed a completely new team for designing and developing its own chipsets," reports the Business Standard, citing media reports. "The company has formed an application processor (AP) solution development team within the business."

A similar position already exists with Samsung System LSI, which designs logic chips such as Exynos, which MX uses in its Galaxy phones. According to sources, the MX Business is forming its own identical team either to optimise these Exynos chips for its Galaxy line or, more likely, to entirely develop its own processors in the future, said the report.
Slashdot reader joshuark describes it as "Samsung ditching Samsung." Some context from Hot Hardware: Samsung's fancy phones sold in the U.S. use powerful Qualcomm Snapdragon SoCs that may not always outrun Apple's bespoke processors, but they're pretty darn fast. Overseas, though, Samsung uses its own home-grown Exynos chips, and they don't typically compete as well in terms of performance or efficiency.

It could be for this reason that the company has allegedly formed a new "application processor solution development team." This information comes from Korean tech and electronics site The Elec.... The average smartphone user doesn't obsess much about smartphone speed, but the gap between Apple's finest and even the best Exynos SoCs is a yawning chasm. Rumor has it that the Galaxy S23 will be the first to use Snapdragon processors around the world. If that's true, then Samsung is definitely concerned about performance, and it may well be the case that [team leader] Choi Won-joon wants Samsung's mobile unit to start building its own processors.

Once part of the USSR, the nation of Georgia seceded in 1991. Still located on Russia's southern border — and on the eastern edge of the Black Sea — it's now part of a four-country system that plans to transmit wind-generated electricity from Azerbaijan (to Georgia's east, also located on Russia's southern border) across an undersea cable below the Black Sea, through Romania and then on to Hungary.

Expected to be completed within three or four years, it could become "a new power source for the European Union amid a crunch on energy supplies caused by the war in Ukraine," reports the Associated Press, with Hungary's foreign minister hailing it as a major step toward diversifying energy supplies and meeting carbon neutrality targets.

Finalized today, the deal comes as Hungary "is seeking additional sources for fossil fuels to reduce its heavy dependence on Russian oil and gas." Hungary's foreign minister, Peter Szijjarto, said in August that Azerbaijan would soon produce "large quantities of green electricity" with offshore wind farms, and that by signing on to the connector project which could bring that energy to Europe, Hungary was fulfilling a requirement that two EU member nations participate in order for the investment to receive funding from the bloc.... BR>
This week, Szijjarto met with officials from both Qatar and Oman on the potential future import of oil and natural gas to Hungary from the two Middle Eastern countries, a further sign that Hungary is taking steps to level down the 85% of its natural gas and more than 60% of its oil that it currently receives from Russia.
The article also points out that the country of Romania has also signed a deal with Azerbaijan's state oil company for natural gas deliveries starting on January 1.

The Biden administration on Friday reversed a 1954 decision by the U.S. Atomic Energy Commission (AEC) to revoke the security clearance of Robert Oppenheimer, known as the "father of the atomic bomb" for his work on the Manhattan Project. Energy Secretary Jennifer Granholm said in a written order that the since-dissolved AEC acted out of political motives when it revoked Oppenheimer's security clearance nearly 70 years ago. Oppenheimer died in 1967. * From the Santa Fe New Mexican: Fifty-five years after the death of J. Robert Oppenheimer, the Biden administration has annulled a decades-old decision that stripped weapons security clearance from the wartime head of the Los Alamos Laboratory and celebrated "father of the atomic bomb."

Oppenheimer was credited for his role in the Manhattan Project, a World War II research and development initiative that created the first nuclear weapons at what is now called Los Alamos National Laboratory. He later served as director of Los Alamos National Laboratory and chairman of the Atomic Energy Commission. But in 1954, after Oppenheimer had opposed development of the hydrogen bomb, the AEC revoked his security clearance through what government officials now call a "flawed process that violated the commission's own regulations."

The hearing took place against the backdrop of the "Red Scare" of the 1950s, and the review concluded that Oppenheimer's privileges were revoked not because of security concerns but due to "fundamental defects" in his character based on past ties with communism and associations with communists — which had had been previously cleared in 1947.

Following an investigation, the Energy Department determined the decision that ended Oppenheimer's national security career was aimed at discrediting him in public debates over U.S. weapons policy. The review detailed numerous procedural flaws, concluding, "the system failed ... [and] that a substantial injustice was done to a loyal American."

An anonymous reader quotes a report from Ars Technica: Pine64, makers of ARM-based, tinker-friendly gadgets, is making the PineTab 2, a sequel to its Linux-powered tablet that mostly got swallowed up by the pandemic and its dire global manufacturing shortages. The PineTab 2, as described in Pine64's "December Update," is based around the RK3566, made by RockChip. Pine64 based its Quartz64 single-board system on the system-on-a-chip (SoC), and has all but gushed about it across several blog posts. It's "a dream-of-a-SoC," writes Community Director Lukasz Erecinski, a "modern mid-range quad-core Cortex-A55 processor that integrates a Mali-G52 MP2 GPU. And it should be ideal for space-constrained devices: it runs cool, has a variety of I/O options, solid price-to-performance ratio, and "is genuinely future-proof."

The PineTab 2 is a complete redesign, Erecinski claims. It has a metal chassis that "is very sturdy while also being easy to disassemble for upgrades, maintenance, and repair." The tablet comes apart with snap-in tabs, and Pine64 will offer replacement parts. The insides are modular, too, with the eMMC storage, camera, daughter-board, battery, and keyboard connector all removable "in under 5 minutes." The 10.1-inch IPS display, with "modern and reasonably thin bezels," should also be replaceable, albeit with more work. On that easily opened chassis are two USB-C ports, one for USB 3.0 I/O and one for charging (or USB 2.0 if you want). There's a dedicated micro-HDMI port, and a front-facing 2-megapixel camera and rear-facing 5-megapixel (not the kind of all-in-one media production machine Apple advertises, this tablet), a microSD slot, and a headphone jack. While a PCIe system is exposed inside the PineTab, most NVMe SSDs will not fit, according to Pine64. All of this is subject to change before final production, however.

As with the original PineTab, this model comes with a detachable, backlit keyboard cover, included by default. That makes supporting a desktop OS for the device far more viable, Erecinski writes. The firmware chipset is the same as in the PineBook Pro, which should help with that. No default OS has been decided as of yet, according to Pine64. The tablet should ship with two memory/storage variants, 4GB/64GB and 8GB/128GB. It's due to ship "sometime after the Chinese New Year" (January 22 to February 5), though there's no firm date. No price was announced, but "it will be affordable regardless of which version you'll settle on." A video version of the "December Update" can be found on YouTube.

Welding problems will require a further six-month delay for France's next-generation nuclear reactor at Flamanville, the latest setback for the flagship technology the country hopes to sell worldwide, state-owned electricity group EDF said Friday. Barron's reports: The delay will also add 500 million euros to a project whose total cost is now estimated at around 13 billion euros ($13.8 billion), blowing past the initial projection of 3.3 billion euros when construction began in 2007. It comes as EDF is already struggling to restart dozens of nuclear reactors taken down for maintenance or safety work that has proved more challenging than originally thought.

EDF also said Friday that one of the two conventional reactors at Flamanville would not be brought back online until February 19 instead of next week as planned, while one at Penly in northwest Farnce would be restarted on March 20 instead of in January. EDF said the latest problems at Flamanville, on the English Channel in Normandy, emerged last summer when engineers discovered that welds in cooling pipes for the new pressurized water reactor, called EPR, were not tolerating extreme heat as expected. As a result, the new reactor will be start generating power only in mid-2024.

Slashdot reader hackingbear writes: Peter Wennink, the chief executive of ASML Holding NV, the Dutch semiconductor equipment maker, on Tuesday questioned whether a U.S. push to get the Netherlands to adopt new rules restricting exports to China make sense. "He said that following U.S. pressure, the Dutch government has already restricted ASML from exporting its most advanced lithography machines to China since 2019, something he said has benefited U.S. companies selling alternative technology," reports Reuters. "He said that while 15% of ASML's sales are in China, at U.S. chip equipment suppliers 'it is 25 or sometimes more than 30%.'"

In response to U.S. claims that advanced chips owned by China pose a threat to national security due to military applications and the rise of artificial intelligence, Wennink said: "What constitutes national security is for Americans to determine. But it is common knowledge that chip technology for purely military applications is usually ten, fifteen years old. The technology used to make such chips can still be sold to China. Artificial intelligence requires the most advanced chips. They are made with EUV and are therefore not produced in China. But those chips are simply sold, also to the Chinese. American chip manufacturers have no problem with China as a customer."

Apple is developing a 15.5-inch MacBook Air that could launch in the spring of 2023, according to display analyst Ross Young. MacRumors reports: In a tweet shared with super followers, Young said that production on panels designed for the MacBook Air will start in the first quarter of 2023. A 15.5-inch MacBook Air will be sized between the 14 and 16-inch MacBook Pro models, and it will be the largest MacBook Air to date. The current model measures in at 13.6 inches. While Young now says that the display will be 15.5 inches, he previously said it would be around 15.2 inches.

Apple's rumored 15-inch MacBook Air is expected to feature the same general design as the 13-inch MacBook Air that was released in 2022 with flat edges, a large Force Touch trackpad, a keyboard with function keys, and more. It will also likely include a MagSafe charging port, upgraded speaker system, and a 1080p camera. As for chips, the larger-screened MacBook Air could be available with M2 and M2 Pro chip options, and in comparison to the MacBook Pro models, it is not expected to feature the same mini-LED display or ProMotion technology.

An anonymous reader quotes a report from Ars Technica: Dell continues tinkering with what it hopes to be a repairable laptop like the Framework Laptop. Last year, it showed off Concept Luna, a clamshell designed to easily disassemble for easy repairs, upgrades, and harvested components. This year, Dell showed the press an updated Concept Luna that could support more power while being even simpler to dismantle. The vendor is also exploring how to automate the process, from disassembly to parts diagnostics, on a broad scale. Dell's Concept Luna laptop is comparable in size to a Latitude with some Dell XPS 13 Plus-like stylings. In person, it looked similar to the Concept Luna demoed last year, including appearing to be a functioning PC. But Dell's representative was able to open this year's version up and pull out internal parts much more rapidly -- well under 60 seconds.

The computer was easier to take apart because it doesn't have screws (last year's Concept Luna had four). Dell's rep simply stuck a pin (it could be anything that fits, they said) into a hole in the security lock slot on the right side of the system's deck. That allowed Dell's rep to pull off the keystone north of the keyboard and then slide the keyboard up and out. Once the system was open, the speakers, fan, motherboard, and battery were removed instantly thanks to pop-out modules, which, Dell said, are recyclable. The concept laptop also got rid of the cable connecting the battery, so there are no cables, adhesives, or other types of connectors.

Dell built Concept Luna with simple display upgrades and repairs in mind as well. Dell's spokesperson promptly removed the system's LCD by inserting a pin into a hole in a keystone south of the screen and then took off the keystone, releasing a latch underneath the piece, and plucked the display off the chassis. There's also potential for better accommodations for beefier components in the updated Concept Luna. Last year's version used passive cooling, while the new one has a fan. The fans lock into the motherboard, keeping it in place. A tech giant like Dell releasing something like Concept Luna could certainly give the younger Framework a run for its money, but Dell still isn't talking about releasing a laptop with Concept Luna's repairability. And it could ultimately decide not to. However, in addition to advancing the laptop's design this year, Dell also looked into automation techniques that could further this concept on a scale that could extend beyond a single product.

The next time you order a meal from Uber Eats, it may be delivered by a robot -- at least if you live in Miami. From a report: Starting on Thursday, some Miami residents can order their Uber Eats takeout to be delivered via autonomous, sidewalk-trotting robots thanks to a new partnership between the ride-hailing company and robotics firm Cartken. With the new service, customers will be alerted when their food is on the way and then be instructed to meet the remotely-supervised robot on the sidewalk, according to in-app screenshots shared with CNN by Uber.

Customers can then unlock the vehicle using their phone and grab their order from a secure compartment. (Customers can also opt-out if they prefer to have their items delivered by a courier.) Cartken's six-wheeled robots are equipped with multiple sensors and cameras to help them avoid collisions and choose routes which have the fewest hazards, according to its website. The delivery robots can operate indoors as well as outdoors.

An anonymous reader quotes a report from The Guardian: Rules around taking liquids and laptops through airport security will be eased from June 2024, the government has said. The announcement of the biggest relaxation of aviation security regulations in decades confirms reports last month that the change would come in the year after next. Passengers at most major UK airports will be able to carry liquids in containers holding up to two liters, a huge increase from the current limit of 100ml. Travelers will also no longer need to carry the containers in clear plastic bags, or remove tablets and laptops from hand luggage at checkpoints. The Department for Transport said major airports would be required to install new technology that gives security staff more detailed images of what is in passengers' bags. It will lay new legislation around the changes in parliament on Thursday. The transport secretary, Mark Harper, said: "The tiny toiletry has become a staple of airport security checkpoints, but that's all set to change. I'm streamlining cabin bag rules at airports while enhancing security."

"By 2024, major airports across the UK will have the latest security tech installed, reducing queueing times, improving the passenger experience, and most importantly detecting potential threats."

Tim Cook has tweeted an admission that Apple uses Sony image sensors in its iPhones as part of the CEO's supplier tour of Japan. "We've been partnering with Sony for over a decade to create the world's leading camera sensors for iPhone," Cook tweeted, and thanked Sony CEO Kenichiro Yoshida for showing him around the Kumamoto facility. The Verge reports: Apple largely keeps tight-lipped about the specifics of the hardware components that go into each iPhone, so outright confirming that it's used Sony camera sensors for over a decade is notable. Apple's website tends to just list the specs of each iPhone's camera -- such as resolution, aperture, and field of view -- rather than the specific components used. But hardware specifics have tended to matter less in the age of computational photography.

Tim Cook's visit to Sony's facility suggests this partnership isn't going anywhere anytime soon, and a recent report in Nikkei Asia offers some clues as to what the companies are working on for future iPhones. Sony is said to have developed a new image sensor that uses a new semiconductor architecture to capture more light and reduce both over- and underexposure. The new sensor is expected to feature in Apple's next generation of iPhones, but will also ship to other smartphone manufacturers.

China is working on a more than 1 trillion yuan ($143 billion) support package for its semiconductor industry, three sources said, in a major step towards self sufficiency in chips and to counter U.S. moves aimed at slowing its technological advances. Reuters reports: Beijing plans to roll out what will be one of its biggest fiscal incentive packages over five years, mainly as subsidies and tax credits to bolster semiconductor production and research activities at home, said the sources. It signals, as analysts have expected, a more direct approach by China in shaping the future of an industry which has become a geopolitical hot button due to soaring demand for chips and which Beijing regards as a cornerstone of its technological might.

It will also likely further raise concerns in the United States and its allies about China's competition in the semiconductor industry, say analysts. Some U.S. lawmakers are already worried about China's chip production capacity build up. The plan could be implemented as soon as the first quarter of next year [...]. The majority of the financial assistance would be used to subsidize the purchases of domestic semiconductor equipment by Chinese firms, mainly semiconductor fabrication plants, or fabs, they said. Such companies would be entitled to a 20% subsidy on the cost of purchases [...]. In August, President Joe Biden signed the Chips and Science Act, which includes more than $52 billion for U.S. companies producing computer chips, as well as billions more in tax credits to encourage investment in semiconductor manufacturing.

Shortly thereafter, the U.S. passed a sweeping set of regulations that aim to choke off China's access to advanced chips, the tools necessary to manufacture years-old designs, and the service and support mechanisms needed to keep chip fabrication systems running smoothly.

Researchers at U.C. Berkeley's Sky Computing Lab have launched SkyPilot, an open source framework for running ML and Data Science batch jobs on any cloud, or multiple clouds, with a single cloud-agnostic interface. Datanami reports: SkyPilot uses an algorithm to determine which cloud zone or service provider is the most cost-effective for a given project. The program considers a workload's resource requirements (whether it needs CPUs, GPUs, or TPUs) and then automatically determines which locations (zone/region/cloud) have available compute resources to complete the job before sending it to the least expensive option to execute. The solution automates some of the more challenging aspects of running workloads on the cloud. SkyPilot's makers say the program can reliably provision a cluster with automatic failover to other locations if capacity or quota errors occur, it can sync user code and files from local or cloud buckets to the cluster, and it can manage job queueing and execution. The researchers claim this comes with substantially reduced costs, sometimes by more than 3x.

SkyPilot developer and postdoctoral researcher Zongheng Yang said in a blog post that the growing trend of multi-cloud and multi-region strategies led the team to build SkyPilot, calling it an "intercloud broker." He notes that organizations are strategically choosing a multi-cloud approach for higher reliability, avoiding cloud vendor lock-in, and stronger negotiation leverage, to name a few reasons. To save costs, SkyPilot leverages the large price differences between cloud providers for similar hardware resources. Yang gives the example of Nvidia A100 GPUs, and how Azure currently offers the cheapest A100 instances, but Google Cloud and AWS charge a premium of 8% and 20% for the same computing power. For CPUs, some price differences can be over 50%. [...]

The project has been under active development for over a year in Berkeley's Sky Computing Lab, according to Yang, and is being used by more than 10 organizations for use cases including GPU/TPU model training, distributed hyperparameter turning, and batch jobs on CPU spot instances. Yang says users are reporting benefits including reliable provisioning of GPU instances, queueing multiple jobs on a cluster, and concurrently running hundreds of hyperparameter trials.

"Almost all clothing is made by hand due to robots' inability to handle limp fabrics," writes Slashdot reader jonzornow. "A new approach avoids these issues by temporarily stiffening fabric. A robotic system developed to use this technique is now heading to its first factory for testing." Reuters reports: Work at Siemens grew out of efforts to create software to guide robots that could handle all types of flexible materials, such as thin wire cables, said [Eugen Solowjow, who heads a project at a Siemens lab in San Francisco that has worked on automating apparel manufacturing since 2018.], adding that they soon realized one of the ripest targets was clothing. The global apparel market is estimated to be worth $1.52 trillion, according to independent data platform Statista. Siemens worked with the Advanced Robotics for Manufacturing Institute in Pittsburgh, created in 2017 and funded by the Department of Defense to help old-line manufacturers find ways to use the new technology. They identified a San Francisco startup with a promising approach to the floppy fabric problem. Rather than teach robots how to handle cloth, the startup, Sewbo Inc., stiffens the fabric with chemicals so it can be handled more like a car bumper during production. Once complete, the finished garment is washed to remove the stiffening agent.

"Pretty much every piece of denim is washed after it's made anyway, so this fits into the existing production system," said Zornow, Sewbo's inventor. This research effort eventually grew to include several clothing companies, including Levi's and Bluewater Defense LLC, a small U.S.-based maker of military uniforms. They received $1.5 million in grants from the Pittsburgh robotics institute to experiment with the technique. [...] Sanjeev Bahl, who opened a small jeans factory in downtown Los Angeles two years ago called Saitex, has studied the Sewbo machines and is preparing to install his first experimental machine. Leading the way through his factory in September, he pointed to workers hunched over old-style machines and said many of these tasks are ripe for the new process. "If it works," he said, "I think there's no reason not to have large-scale (jeans) manufacturing here in the U.S. again."

According to CEO Eben Upton, "hundreds of thousands" of Raspberry Pi Zero, 3A+, and 4 models should show up next year. Ars Technica reports: In a "Supply chain update" blog post ("It's good news!"), CEO Eben Upton wrote that Raspberry Pi has "set aside a little over a hundred thousand units, split across Zero W, 3A+, and the 2GB and 4GB variants of Raspberry Pi 4, for single-unit sales." During the pandemic-spurred component shortage, most of the Pis produced every month were going to businesses, leaving those in need of one or two for a project refreshing rpilocator and cursing their timing. Zeros will start showing up first, then 3A+, then different models of 4. Upton acknowledged this reality (and even linked the locator) and asked that people buy only from approved resellers and consider the Pico and Pico W lines for projects that might fit, as those lines remain strong. As of this morning, a few 3A+ and CM4 models showed an optimistic green on the rpilocator spreadsheet.

Raspberry Pi will continue to serve its commercial and industrial customers, Upton wrote, but will "make sure that inventory-building behavior which would otherwise prolong the shortage for everybody else can't take place." Meanwhile, Raspberry Pi will increase the percentage of boards designated for single-unit sales. With that change and future chip allocations, Upton expects that by the end of the third quarter of 2023, things will be back to how they were before the Great Pi Shortage, with "hundreds of thousands of units available at any given time."

It's a coffee shop and and robotics startup. Founded in 2020, Seattle-based Artly has seven locations in Washington, Oregon and California, reports the Seattle Times, noting that each location has a mechanically dexterous robotic arm that they're calling a "barista bot" that "makes the espresso, pours the milk, steams the foam and puts it all together, topping it off with a carefully drawn foam leaf." [P]ressing market needs were behind the innovation. Cost concerns and high employee turnover in food services have led Artly and others to provide automated solutions to restaurants and businesses, even before the pandemic hit and brought additional challenges. Just a couple of years into operation, Artly CEO Meng Wang said the company has maintained healthy operating margins — the profit a company makes after paying for costs of production — by eliminating the biggest expense in food business: labor. For a coffee shop that would need two or three baristas, Artly needs one staffer, in addition to a barista bot like Jarvis. Artly reinvests the money it saves from labor into sourcing more quality coffee, Wang said.

Artly isn't alone in introducing robot help in food preparation. Another Seattle-based startup, Picnic, offers automation solutions for a staple of the American diet: pizza. Its food prep station can produce up to 100 pizzas in one hour using metered toppings. Since Picnic was founded in 2016, its robots have assembled pizzas in many places, including Seattle's T-Mobile Park and the Las Vegas Convention Center. The company has seen a growing interest in its robots. This summer, Picnic announced partnerships with pizzeria Moto's West Seattle location and a Domino's store in Berlin.... With a robotics-as-a-service business model, the standard full offering for operators is $4,500 a month on a 36-month contract.
But the founder also told the newspaper how their customers reacted to their barista bots: [C]ustomers were initially intrigued and excited about the robot barista, but the service was slower than with a human barista. He said customers craved the connection with the person making their coffee. "When [customers] go to the coffee shop, their expectation is to be served by a human," Yang said.

With that, Artly has focused on opening locations in shopping malls and business office buildings rather than standard coffee shops.

"U.S. scientists have reportedly carried out the first nuclear fusion experiment to achieve a net energy gain," reports the Independent, "a major breakthrough in a field that has been pursuing such a result since the 1950s, and a potential milestone in the search for a climate-friendly, renewable energy source to replace fossil fuels." The experiment took place in recent weeks at the government-funded Lawrence Livermore National Laboratory in California, where researchers used a process known as inertial confinement fusion, the Financial Times reports, citing three people with knowledge of the experiment's preliminary results. The test involved bombarding a pellet of hydrogen plasma with the world's largest laser to trigger a nuclear fusion reaction, the same process which takes place in the sun.

Researchers were able to produce 2.5 megajoules of energy, 120 per cent of the 2.1 megajoules used to power the experiment. The laboratory confirmed to the FT it had recently conducted a "successful" experiment at the National Ignition Facility, but declined to comment further, citing the preliminary nature of the data....

"Scientists have struggled to show that fusion can release more energy out than is put in since the 1950s, and the researchers at Lawrence Livermore seem to have finally and absolutely smashed this decades-old goal," Arthur Turrell, deputy director of the UK Office for National Statistics, wrote on Twitter on Sunday. "This experimental result will electrify efforts to eventually power the planet with nuclear fusion — at a time when we've never needed a plentiful source of carbon-free energy more!"
But "the resources needed to recreate the reaction on the scale required to make fusion practical for energy production are immense," reports the Washington Post: More importantly, engineers have yet to develop machinery capable of affordably turning that reaction into electricity that can be practically deployed to the power grid. Building devices that are large enough to create fusion power at scale, scientists say, would require materials that are extraordinarily difficult to produce. At the same time, the reaction creates neutrons that put a tremendous amount of stress on the equipment creating it, such that it can get destroyed in the process. And then there is the question of whether the technology could be perfected in time to make a dent in climate change.

Even so, researchers and investors in fusion technology hailed the breakthrough as an important advancement.