A startup founded by SpaceX veterans aims to realize the potential of a technology whose big promises have never quite come through. From a report: 3D printers -- which create objects by layering materials according to a plan sent by a computer -- have gained a reputation for being unwieldy, expensive and slow. There has been more progress on industrial uses, although there, too, major players have fallen into a multiyear funk. Venture capitalists continue to dedicate significant resources to startups promising innovations to fix the technology's underlying flaws. One particularly radical approach comes from Freeform Future, a five-year-old startup based in Los Angeles. The company has raised $45 million so far from investors including Founders Fund, Threshold Ventures and Valor Equity Partners. Instead of trying to build a single machine that can print three-dimensional objects, Freeform is looking to turn entire buildings into automated 3D-printing factories that would use dozens of lasers to create rocket engine chambers or car parts from metal powder.

The company, which has never before discussed its approach publicly, says the technique could allow it to make metal parts 25 to 50 times faster than is possible with current methods and at a fraction of the cost. Freeform's co-founder and chief executive officer, Erik Palitsch, spent a 10-year stint at SpaceX, Elon Musk's aerospace company. [...] Freeform, on the other hand, is creating machines that can fill a warehouse. Its current factory, in Hawthorne, California, used to serve as Keanu Reeves's motorcycle storage facility. (Freeform still ends up with some of the actor's mail.)

Inside, machines shuffle objects back and forth along rapidly moving conveyors, so the system can work on many things at once. Other companies have set up multiple printers in a single facility, but this strategy doesn't improve their speed, it just increases scale by having them work in parallel. Freeform, by contrast, is redesigning the process by which 3D printing can turn raw materials into finished products. In a sense, it's akin to the establishment of the assembly-line process pioneered by 20th century industrialists like Henry Ford. "We have to achieve a state of mass production to open this up to more industries," says Palitsch. "And you simply can't get there with a conventional machine."

Arrival, an electric vehicle startup based in the UK, said it was laying off 50 percent of its employees in a bid to reduce costs. The company also named a new CEO, Igor Torgov, who previously served as executive vice president of digital at the company. From a report: Arrival, which announced last year that it was winding down its UK operations in favor of refocusing its business in the US, became a publicly traded company in March 2021 after merging with a special purpose acquisition company, or SPAC. Founded in 2015, Arrival was developing electric delivery vans for UPS as a customer, as well as ridehailing cars for Uber and public buses. It also has backing from Hyundai and Kia. Arrival's layoffs will bring the company down to a workforce of 800 employees. The company claims that it expects to halve its ongoing cost of operating the business to approximately $30 million per quarter when accounting for reductions in real estate and other third-party costs. Arrival says it currently has $205 million in cash on hand.

An anonymous reader quotes a report from MIT Technology Review: Eight years ago, a patient lost her power of speech because of ALS, or Lou Gehrig's disease, which causes progressive paralysis. She can still make sounds, but her words have become unintelligible, leaving her reliant on a writing board or iPad to communicate. Now, after volunteering to receive a brain implant, the woman has been able to rapidly communicate phrases like "I don't own my home" and "It's just tough" at a rate approaching normal speech. That is the claim in a paper published over the weekend on the website bioRxiv by a team at Stanford University. The study has not been formally reviewed by other researchers. The scientists say their volunteer, identified only as "subject T12," smashed previous records by using the brain-reading implant to communicate at a rate of 62 words a minute, three times the previous best. [...] People without speech deficits typically talk at a rate of about 160 words a minute. Even in an era of keyboards, thumb-typing, emojis, and internet abbreviations, speech remains the fastest form of human-to-human communication.

The brain-computer interfaces that [co-lead author Krishna Sehnoy's] team works with involve a small pad of sharp electrodes embedded in a person's motor cortex, the brain region most involved in movement. This allows researchers to record activity from a few dozen neurons at once and find patterns that reflect what motions someone is thinking of, even if the person is paralyzed. In previous work, paralyzed volunteers have been asked to imagine making hand movements. By "decoding" their neural signals in real time, implants have let them steer a cursor around a screen, pick out letters on a virtual keyboard, play video games, or even control a robotic arm. In the new research, the Stanford team wanted to know if neurons in the motor cortex contained useful information about speech movements, too. That is, could they detect how "subject T12" was trying to move her mouth, tongue, and vocal cords as she attempted to talk?

These are small, subtle movements, and according to Sabes, one big discovery is that just a few neurons contained enough information to let a computer program predict, with good accuracy, what words the patient was trying to say. That information was conveyed by Shenoy's team to a computer screen, where the patient's words appeared as they were spoken by the computer. [...] The current system already uses a couple of types of machine learning programs. To improve its accuracy, the Stanford team employed software that predicts what word typically comes next in a sentence. "I" is more often followed by "am" than "ham," even though these words sound similar and could produce similar patterns in someone's brain. Adding the word prediction system increased how quickly the subject could speak without mistakes.

Africa is less safe, secure and democratic than a decade ago, with insecurity holding back progress in health, education and economic opportunities, according to an assessment of the continent. From a report: The Ibrahim index of African governance, which examines how well governments have delivered on policies and services, including security, health, education, rights and democratic participation, said Covid had contributed to the stalling of progress over the past three years.

Mo Ibrahim, a Sudan-born businessman who launched the index in 2007, said economic opportunities and human development had improved "quite a lot" across Africa over the past 10 years. "But on the other hand, we see other forces pulling us back. The security and safety of our people is deteriorating," he said. Ibrahim said he was concerned the climate crisis would lead to more conflict over resources, as already seen in parts of Nigeria, Darfur and the Sahel, and worried about the impact of the war in Ukraine on development indicators across the continent.

An anonymous reader quotes a report from 9to5Mac: Apple's first AR/VR headset could be unveiled sometime this spring, and rumors continue to offer more information about what Apple has in the works. A wide-ranging new report from Bloomberg now offers a slew of details on Apple's "Reality Pro" headset, including that the "eye- and hand-tracking capabilities will be a major selling point" for the product. Using external cameras, the headset will be able to analyze the user's hands, while internal sensors will be used to read the user's eyes.

The report explains: "The headset will have several external cameras that can analyze a user's hands, as well as sensors within the gadget's housing to read eyes. That allows the wearer to control the device by looking at an on-screen item -- whether it's a button, app icon or list entry -- to select it. Users will then pinch their thumb and index finger together to activate the task -- without the need to hold anything. The approach differs from other headsets, which typically rely on a hand controller."

More details on the hardware of the headset include that there will be a Digital Crown similar to the Apple Watch for switching between AR and VR. The VR mode will fully immerse the wearer, but when AR mode is enabled the "content fades back and becomes surrounded by the user's real environment." This is reportedly one of the features Apple hopes will be a "highlight of the product." To address overheating concerns, the Reality Pro headset will use an external battery that "rests in a user's pocket and connects over a cable." There will also be a cooling fan to further reduce the likelihood of the headset overheating. "The headset can last about two hours per battery pack," Bloomberg reports. The battery pack is "roughly the size of two iPhone 14 Pro Maxes stacked on top of each other, or about six inches tall and more than half an inch thick." Another tidbit from the report is that the headset will be able to serve as an external display for Mac. "Users will be able to see their Mac's display in virtual reality but still control the computer with their trackpad or mouse and physical keyboard," reports Bloomberg. Apple is also "developing technology that will let users type in midair with their hands."

Additionally, FaceTime on the headset will "realistically render a user's face and full body in virtual reality."

A team of more than 1,000 people have been reportedly working on the first version of the device for the past seven years. It's slated to cost "roughly $3,000" when it debuts sometime this spring.

An anonymous reader quotes a report from Phys.Org: The ultraviolet nail polish drying devices used to cure gel manicures may pose more of a public health concern than previously thought. Researchers at the University of California San Diego have studied these ultraviolet (UV) light emitting devices, and found that their use leads to cell death and cancer-causing mutations in human cells. The devices are a common fixture in nail salons, and generally use a particular spectrum of UV light (340-395nm) to cure the chemicals used in gel manicures. While tanning beds use a different spectrum of UV light (280-400nm) that studies have conclusively proven to be carcinogenic, the spectrum used in the nail dryers has not been well studied.

Using three different cell lines -- adult human skin keratinocytes, human foreskin fibroblasts, and mouse embryonic fibroblasts -- the researchers found that the use of these UV emitting devices for just one 20-minute session led to between 20 and 30 percent cell death, while three consecutive 20-minute exposures caused between 65 and 70 percent of the exposed cells to die. Exposure to the UV light also caused mitochondrial and DNA damage in the remaining cells and resulted in mutations with patterns that can be observed in skin cancer in humans. [...] The researchers caution that while the results show the harmful effects of the repeated use of these devices on human cells, a long-term epidemiological study would be required before stating conclusively that using these machines leads to an increased risk of skin cancers. However, the results of the study were clear: The chronic use of these nail polish drying machines is damaging to human cells. "We saw multiple things: first, we saw that DNA gets damaged," said Ludmil Alexandrov, a professor of bioengineering as well as cellular and molecular medicine at UC San Diego, and corresponding author of the study published in Nature Communications. "We also saw that some of the DNA damage does not get repaired over time, and it does lead to mutations after every exposure with a UV-nail polish dryer. Lastly, we saw that exposure may cause mitochondrial dysfunction, which may also result in additional mutations. We looked at patients with skin cancers, and we see the exact same patterns of mutations in these patients that were seen in the irradiated cells."

"Our experimental results and the prior evidence strongly suggest that radiation emitted by UV-nail polish dryers may cause cancers of the hand and that UV-nail polish dryers, similar to tanning beds, may increase the risk of early-onset skin cancer," add the researchers. "Nevertheless, future large-scale epidemiological studies are warranted to accurately quantify the risk for skin cancer of the hand in people regularly using UV-nail polish dryers. It is likely that such studies will take at least a decade to complete and to subsequently inform the general public."

More and more cash-strapped people are opting to buy second hand and refurbished handsets in these tougher economic times with sales of used and refurbished devices estimated to have passed 282 million in 2022. From a report: The unit growth for those 12 months is some 11.5 percent higher than the prior year, and IDC number-crunchers have calculated compound annual growth of 10.3 percent until 2026 when shipments are forecast to reach 413.3 million. Anthony Scarsella, research manager with IDC's Worldwide Quarterly Phone Tracker, said the used market grew off the back of a 6.1 percent rebound in sales of new phones in 2021.

"Used devices demonstrate more resilience to market inhibitors than new smartphone sales as consumer appetite remains elevated in many regions," he said. "Attractive price points are critical for growth as cost savings remain the primary benefit," Scarsella added. "However, a high-end inventory struggle due to elongated refresh cycles in the new market has used prices growing 11 percent in 2022." North America was calculated to have shipped 73.5 million smartphones last year with the other 209.1 million devices sold into channels across the rest of the globe.

An anonymous reader shares a report: Meta CTO Andrew Bosworth has one of the toughest jobs in tech this year. On one hand, he has to deliver on CEO Mark Zuckerberg's grand metaverse ambitions as Apple and ByteDance are entering the space. At the same time, he's also attempting a dramatic cultural reset within Reality Labs, the sprawling division responsible for those ambitions. In an internal memo I obtained that he sent to employees just before the holidays, Bosworth acknowledged a sentiment I've been hearing from current and ex-employees for a while: "We have solved too many problems by adding headcount. But adding headcount also adds overhead. And overhead makes everything slower."

"Every week I see documents with 100+ editors," he wrote to the roughly 18,000 people in Reality Labs. "A meeting with 50+ people that took a month to schedule. Sometimes there is even a 'pre-meeting' with its own document. I believe the current situation is untenable."

The Verge is decrying "a genre of video that derives its entertainment value from unwitting passersby" — like filming pedestrians in a neighborhood in New York City: Many viewers on TikTok ate it up, but others pushed back on the idea that there's humor in filming and posting an unsuspecting neighbor for content. This year, I saw more and more resistance to the practice that's become normal or even expected.... [P]eople who have been featured in videos unbeknownst to them have pointed out that even if there's no ill will, it's just unnerving and weird to be filmed by others as if you're bit characters in the story of their life. One TikTok user, @hilmaafklint, landed in a stranger's vlog when they filmed her to show her outfit. She didn't realize it had happened until another stranger recognized her and tagged her in the video.

"It's weird at best, and creepy and a safety hazard at worst," she says in a video....

Even before TikTok, public space had become an arena for constant content creation; if you step outside, there's a chance you'll end up in someone's video. It could be minimally invasive, sure, but it could also shine an unwanted spotlight on the banal moments that just happen to get caught on film. This makeshift, individualized surveillance apparatus exists beyond the state-sponsored systems — the ones where tech companies will hand over electronic doorbell footage without a warrant or where elected officials allow police to watch surveillance footage in real time. We're watched enough as it is.

So if you're someone who makes content for the internet, consider this heartfelt advice and a heads-up. If you're filming someone for a video, please ask for their consent.

And if I catch you recording me for content, I will smack your phone away.

An anonymous reader quotes a report from Ars Technica, written by Scharon Harding: Like it or not, companies are set on making foldable PCs a thing. Asus' Zenbook 17 Fold OLED turned out to be one of 2022's most adventurous laptops, and Lenovo is planning its second foldable, the 16-inch ThinkPad X1 Fold for this spring. Assuming an operating system and apps that play well with the form factor, foldables excite multitaskers, workers, and creatives who can benefit from larger, yet still portable, display options, especially those who don't need a keyboard and touchpad at all times. But foldable PCs are very new and have their faults, from durability and compatibility concerns to the crease that can visibly run down the display's middle. Lenovo's Yoga Book 9i announced today at CES in Las Vegas aims to boost pixel count in a way that feels both more and less obvious: replacing the keyboard and touchpad with another laptop-size screen. It's the dual-screen PC for people who want all the pixels but none of the fold.

Lenovo's press release calls the Yoga Book 9i the 'first full-size dual screen OLED laptop' among vendors selling at least 1 million units a year. Targeting creative consumers who also want a machine with strong productivity that's also fit for entertainment, the laptop has two 13.3-inch OLED panels connected by the soundbar hinge that Lenovo has been using in its Yoga convertible lineup for a while. Each OLED screen has 2880x1800 pixels in a 16:10 aspect ratio. That's 255.36 pixels per inch (ppi) for each panel and 10,368,000 pixels total. That's 12.5 to 25 percent more total pixels than a 4K screen, depending on whether it's 16:9 or 16:10. Each screen runs at a 60 Hz refresh rate and claims a max brightness of 400 nits. Each screen's brightness is individually adjustable. Lenovo also claims 100 percent DCI-P3 coverage, and each screen supports Dolby Vision HDR.

The Yoga Book 9i will come with a physical Bluetooth keyboard that you can use detached from the system or magnetically docked to the bottom two-thirds of the lower screen. Alternatively, you can use a virtual keyboard on the southern screen. With a physical or virtual keyboard docked, you can use the remaining top third of that display for Windows widgets, such as the Weather, News, and Sticky Notes. But if you don't use Windows widgets, the area is kind of useless because you can't use it for anything else, like a shrunken window. With the virtual keyboard on display, I was also able to quickly bring up a virtual touchpad by sliding the virtual keyboard up with my fingers. If this touchpad works well, it's a clever inclusion for times that you want more traditional navigation but don't have a mouse on hand. [...] The Yoga Book 9i is designed for "users with large budgets seeking a premium system with a unique form factor that remains portable while providing more screen than the usual laptop," writes Harding in conclusion. The 2-in-1 will start at $2,100 and go on sale in June.

Saudi Arabia has infiltrated Wikipedia and jailed two administrators in a bid to control content on the website, weeks after a former Twitter worker was jailed in the US for spying for the Saudis. The Guardian reports: One administrator was jailed for 32 years, and another was sentenced to eight years, the activists said. An investigation by parent body Wikimedia found the Saudi government had penetrated Wikipedia's senior ranks in the region, with Saudi citizens acting or forced to act as agents, two rights groups said. "Wikimedia's investigation revealed that the Saudi government had infiltrated the highest ranks in Wikipedia's team in the region," Democracy for the Arab World Now (Dawn) and Beirut-based Smex said in a joint statement.

Dawn, which is based in Washington DC and was founded by slain Saudi journalist Jamal Khashoggi, and Smex, which promotes digital rights in the Arab world, cited "whistleblowers and trusted sources" for the information. There was no immediate comment from the Saudi government or from Wikimedia, which puts free educational content online through initiatives like Wikipedia, the online encyclopedia, and Wiktionary. Dawn and Smex's statement comes after Wikimedia last month announced global bans for 16 users "who were engaging in conflict of interest editing on Wikipedia projects in the Mena [Middle East and North Africa] region."

Two high-ranking "admins" -- volunteer administrators with privileged access to Wikipedia, including the ability to edit fully protected pages -- have been imprisoned since they were arrested on the same day in September 2020, the two bodies added. The arrests appeared to be part of a "crackdown on Wikipedia admins in the country," Dawn and Smex said, naming the two people imprisoned as Osama Khalid and Ziyad al-Sofiani. Abdullah Alaoudh, Dawn's director of research for the Gulf, said Khalid was jailed for 32 years and Sofiani received an eight-year sentence. "The arrests of Osama Khalid and Ziyad al-Sofiani on one hand, and the infiltration of Wikipedia on the other hand, show a horrifying aspect of how the Saudi government wants to control the narrative and Wikipedia," Alaoudh told AFP.

Perhaps the biggest reason TVs have gotten so much cheaper than other products is that your TV is watching you and profiting off the data it collects. From a report: Modern TVs, with very few exceptions, are "smart," which means they come with software for streaming online content from Netflix, YouTube, and other services. Perhaps the most common media platform, Roku, now comes built into TVs made by companies including TCL, HiSense, Philips, and RCA. But there are many more operating systems: Google has Google TV, which is used by Sony, among other manufacturers, and LG and Samsung offer their own.

Smart TVs are just like search engines, social networks, and email providers that give us a free service in exchange for monitoring us and then selling that info to advertisers leveraging our data. These devices "are collecting information about what you're watching, how long you're watching it, and where you watch it," Willcox said, "then selling that data -- which is a revenue stream that didn't exist a couple of years ago." There's nothing particularly secretive about this -- data-tracking companies such as Inscape and Samba proudly brag right on their websites about the TV manufacturers they partner with and the data they amass.

The companies that manufacture televisions call this "post-purchase monetization," and it means they can sell TVs close to at cost and still make money over the long term by sharing viewing data. In addition to selling your viewing information to advertisers, smart TVs also show ads in the interface. Roku, for example, prominently features a given TV show or streaming service on the right-hand side of its home screen -- that's a paid advertisement. Roku also has its own ad-supported channel, the Roku Channel, and gets a cut of the video ads shown on other channels on Roku devices.

January's Communications of the ACM includes an essay predicting "the end of programming," in an AI-powered future where "programming will be obsolete."

But IT analyst and ZDNet contributor Joe McKendrick remains skeptical, judging by a new essay sardonically titled "It's the end of programming as we know it — again." Over the past few decades, various movements, paradigms, or technology surges — whatever you want to call them — have roiled the software world, promising either to hand a lot of programming grunt work to end users, or automate more of the process. CASE tools, 4GL, object-oriented programming, service oriented architecture, microservices, cloud services, Platform as a Service, serverless computing, low-code, and no-code all have theoretically taken the onerous burdens out of software development. And, potentially, threaten the job security of developers.

Yet, here we are. Software developers are busier than ever, with demand for skills only increasing.

"I remember when the cloud first started becoming popular and companies were migrating to Office 365, everyone was saying that IT Pros will soon have no job," says Vlad Catrinescu, author at Pluralsight. "Guess what — we're still here and busier than ever."

The question is how developers' job will ultimately evolve. There is the possibility that artificial intelligence, applied to application development and maintenance, may finally make low-level coding a thing of the past.... Catrinescu believes that the emerging generation of automated or low-code development solutions actually "empowers IT professionals and developers to work on more challenging applications. IT departments can focus on enterprise applications and building complicated apps and automations that will add a lot of value to the enterprise."
Even the man predicting "the end of programming" in an AI-powered future also envisions new technology that "potentially opens up computing to almost anyone" (in ACM's video interview). But in ZDNet's article Jared Ficklin, chief creative technologist and co-founder of argodesign, even predicts the possibility of real-time computing.

"You could imagine asking Alexa to make you an app to help organize your kitchen. AI would recognize the features, pick the correct patterns and in real time, over the air deliver an application to your mobile phone or maybe into your wearable mobile computer."

To hear the first results from the James Webb Telescope, 200 astronomers descended on the Space Telescope Science Institute for three days in December, reports the New York Times, with an update on what may be 2022's biggest science story. The $10 billion telescope "is working even better than astronomers had dared to hope" -- and astronomers are ecstatic: At a reception after the first day of the meeting, John Mather of NASA's Goddard Space Flight Center and Webb's senior project scientist from the start, raised a glass to the 20,000 people who built the telescope, the 600 astronomers who had tested it in space and the new generation of scientists who would use it. "Some of you weren't even born when we started planning for it," he said. "Have at it!"
Launched on Christmas one year ago, the Webb telescope "is seven times as powerful as its predecessor, the Hubble Space Telescope," the Times reports -- sharing what was revealed in that auditorium in December: One by one, astronomers marched to the podium and, speaking rapidly to obey the 12-minute limit, blitzed through a cosmos of discoveries. Galaxies that, even in their relative youth, had already spawned supermassive black holes. Atmospheric studies of some of the seven rocky exoplanets orbiting Trappist 1, a red dwarf star that might harbor habitable planets. (Data suggest that at least two of the exoplanets lack the bulky primordial hydrogen atmospheres that would choke off life as we know it, but they may have skimpy atmospheres of denser molecules like water or carbon dioxide.) "We're in business," declared Bjorn Benneke of the University of Montreal, as he presented data of one of the exoplanets.

Megan Reiter of Rice University took her colleagues on a "deep dive" through the Cosmic Cliffs, a cloudy hotbed of star formation in the Carina constellation, which was a favorite early piece of sky candy. She is tracing how jets from new stars, shock waves and ionizing radiation from more massive nearby stars that were born boiling hot are constantly reshaping the cosmic geography and triggering the formation of new stars. "This could be a template for what our own sun went through when it was formed," Dr. Reiter said in an interview.

Between presentations, on the sidelines and in the hallways, senior astronomers who were on hand in 1989 when the idea of the Webb telescope was first broached congratulated one another and traded war stories about the telescope's development. They gasped audibly as the youngsters showed off data that blew past their own achievements with the Hubble.
The telescope is a joint project of NASA, the European Space Agency and the Canadian Space Agency. And appropriately for New Year's Eve, the article concludes with a look to the future: Thus far the telescope, bristling with cameras, spectroscopes and other instruments, is exceeding expectations. (Its resolving power is twice as good as advertised.) The telescope's flawless launch, Dr. Rigby reported, has left it with enough maneuvering fuel to keep it working for 26 years or more. "These are happy numbers...."

The closing talk fell to Dr. Mather. He limned the telescope's history, and gave a shout-out to Barbara Mikulski, the former senator of Maryland, who supported the project in 2011 when it was in danger of being canceled. He also previewed NASA's next big act: a 12-meter space telescope called the Habitable Worlds Observatory that would seek out planets and study them.

Matt Welsh is the CEO and co-founder of Fixie.ai, an AI-powered software delivery company founded by a team from Google and Apple. "I believe the conventional idea of 'writing a program' is headed for extinction," he opines in January's Communications of the ACM, "and indeed, for all but very specialized applications, most software, as we know it, will be replaced by AI systems that are trained rather than programmed."

His essay is titled "The End of programming," and predicts a future will "Programming will be obsolete." In situations where one needs a "simple" program (after all, not everything should require a model of hundreds of billions of parameters running on a cluster of GPUs), those programs will, themselves, be generated by an AI rather than coded by hand.... with humans relegated to, at best, a supervisory role.... I am not just talking about things like Github's CoPilot replacing programmers. I am talking about replacing the entire concept of writing programs with training models. In the future, CS students are not going to need to learn such mundane skills as how to add a node to a binary tree or code in C++. That kind of education will be antiquated, like teaching engineering students how to use a slide rule.

The engineers of the future will, in a few keystrokes, fire up an instance of a four-quintillion-parameter model that already encodes the full extent of human knowledge (and then some), ready to be given any task required of the machine. The bulk of the intellectual work of getting the machine to do what one wants will be about coming up with the right examples, the right training data, and the right ways to evaluate the training process. Suitably powerful models capable of generalizing via few-shot learning will require only a few good examples of the task to be performed. Massive, human-curated datasets will no longer be necessary in most cases, and most people "training" an AI model will not be running gradient descent loops in PyTorch, or anything like it. They will be teaching by example, and the machine will do the rest.

In this new computer science — if we even call it computer science at all — the machines will be so powerful and already know how to do so many things that the field will look like less of an engineering endeavor and more of an an educational one; that is, how to best educate the machine, not unlike the science of how to best educate children in school. Unlike (human) children, though, these AI systems will be flying our airplanes, running our power grids, and possibly even governing entire countries. I would argue that the vast majority of Classical CS becomes irrelevant when our focus turns to teaching intelligent machines rather than directly programming them. Programming, in the conventional sense, will in fact be dead....

We are rapidly moving toward a world where the fundamental building blocks of computation are temperamental, mysterious, adaptive agents.... This shift in the underlying definition of computing presents a huge opportunity, and plenty of huge risks. Yet I think it is time to accept that this is a very likely future, and evolve our thinking accordingly, rather than just sit here waiting for the meteor to hit.
"I think the debate right now is primarily around the extent to which these AI models are going to revolutionize the field," Welsh says in a video interview. "It's more a question of degree rather than whether it's going to happen....

"I think we're going to change from a world in which people are primarily writing programs by hand to a world in which we're teaching AI models how to do things that we want them to do... It starts to feel more like a field that focuses on AI education and maybe even AI psychiatry. In order to solve these problems, you can't just assume that people are going to be writing the code by hand."

The shoebox-shaped device, designed to capture fingerprints and perform iris scans, was listed on eBay for $149.95. A German security researcher, Matthias Marx, successfully offered $68, and when it arrived at his home in Hamburg in August, the rugged, hand-held machine contained more than what was promised in the listing. The device's memory card held the names, nationalities, photographs, fingerprints and iris scans of 2,632 people. From a report: Most people in the database, which was reviewed by The New York Times, were from Afghanistan and Iraq. Many were known terrorists and wanted individuals, but others appeared to be people who had worked with the U.S. government or simply been stopped at checkpoints. Metadata on the device, called a Secure Electronic Enrollment Kit, or SEEK II, revealed that it had last been used in the summer of 2012 near Kandahar, Afghanistan. The device -- a relic of the vast biometric collection system the Pentagon built in the years after the Sept. 11, 2001, attacks -- is a physical reminder that although the United States has moved on from the wars in Afghanistan and Iraq, the tools built to fight them and the information they held live on in ways unintended by their creators.

Exactly how the device ended up going from the battlefields in Asia to an online auction site is unclear. But the data, which offers detailed descriptions of individuals in addition to their photograph and biometric data, could be enough to target people who were previously unknown to have worked with U.S. military forces should the information fall into the wrong hands. For those reasons, Mr. Marx would not place the information online or share it in an electronic format, but he did allow a Times reporter in Germany to see the data in person alongside him. "Because we have not reviewed the information contained on the devices, the department is not able to confirm the authenticity of the alleged data or otherwise comment on it," Brig. Gen. Patrick S. Ryder, the Defense Department's press secretary, said in a statement. "The department requests that any devices thought to contain personally identifiable information be returned for further analysis." He provided an address for the military's biometrics program manager at Fort Belvoir in Virginia where the devices could be sent. The biometric data on the SEEK II was collected at detainment facilities, on patrols, during screenings of local hires and after the explosion of an improvised bomb. Around the time when the device was last used in Afghanistan, the American war effort there was winding down.

An anonymous reader quotes a report from MIT News: What if the U.S. placed a tax on robots? The concept has been publicly discussed by policy analysts, scholars, and Bill Gates (who favors the notion). Because robots can replace jobs, the idea goes, a stiff tax on them would give firms incentive to help retain workers, while also compensating for a dropoff in payroll taxes when robots are used. Thus far, South Korea has reduced incentives for firms to deploy robots; European Union policymakers, on the other hand, considered a robot tax but did not enact it. Now a study by MIT economists scrutinizes the existing evidence and suggests the optimal policy in this situation would indeed include a tax on robots, but only a modest one. The same applies to taxes on foreign trade that would also reduce U.S. jobs, the research finds.

"Our finding suggests that taxes on either robots or imported goods should be pretty small," says Arnaud Costinot, an MIT economist, and co-author of a published paper detailing the findings. "Although robots have an effect on income inequality ... they still lead to optimal taxes that are modest." Specifically, the study finds that a tax on robots should range from 1 percent to 3.7 percent of their value, while trade taxes would be from 0.03 percent to 0.11 percent, given current U.S. income taxes. "We came in to this not knowing what would happen," says Ivan Werning, an MIT economist and the other co-author of the study. "We had all the potential ingredients for this to be a big tax, so that by stopping technology or trade you would have less inequality, but ... for now, we find a tax in the one-digit range, and for trade, even smaller taxes."

[...] Apart from its bottom-line tax numbers, the study contains some additional conclusions about technology and income trends. Perhaps counterintuitively, the research concludes that after many more robots are added to the economy, the impact that each additional robot has on wages may actually decline. At a future point, robot taxes could then be reduced even further. "You could have a situation where we deeply care about redistribution, we have more robots, we have more trade, but taxes are actually going down," Costinot says. If the economy is relatively saturated with robots, he adds, "That marginal robot you are getting in the economy matters less and less for inequality." The paper, "Robots, Trade, and Luddism: A Sufficient Statistic Approach to Optimal Technology Regulation," appears in advance online form in The Review of Economic Studies.

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."

A new feature in Firefox version 108 that may please musicians is the improved support for the Web MIDI API. "The MIDI standard is very close to a remarkable 40 years old, and Web MIDI does just what the name implies: it allows web apps to send and receive MIDI signals to and from musical instruments," reports The Register. "In principle this will allow sequencer apps to be implemented in Javascript." From the report: Amusingly, the last time The Reg mentioned Web MIDI, it was because Apple was taking it off Safari users, allegedly because of security concerns. Firefox 108 addresses that with a new security mechanism for preventing, and optionally permitting, apps inside browser tabs to access hardware resources -- in this instance, your MIDI ports. No, this does not mean that you can listen to CANYON.MID directly within Firefox. .MID files are not the same as General MIDI. But if you are nostalgic for that for some reason, help is at hand. A full list of features and changes can be found here.

"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."