CNET News : We'll let Razer have its 5 minutes of E3 glory for the "world's fastest 14-inch gaming laptop," the Razer Blade 14. Razer's simply the first to announce one this size with an AMD Ryzen 9 5900HX -- also Razer's first AMD CPU in the Blade line -- and an Nvidia GeForce RTX 3080 crammed inside. But a svelte, small, no-compromise (well, minimal compromise) gaming laptop from Razer is always welcome. Along with the laptop, the company launched a new wall charger, based on Gallium Nitride rather than silicon, its USB-C 130W GaN Charger. No weird names for that one. The last 14-inch Razer Blade debuted in 2017, and it makes sense that Razer would revive it for the 14-inch laptop renaissance that began around 2020. The 2021 Blade 14, as you'd expect, looks like a somewhat shrunken version of the 15-inch, though it's roughly the same thickness as the 15-inch at 16.8mm.

There will be three models of the Blade 14 at launch. All use the Ryzen 9 5900HX, with the same 1TB SSD, 16GB RAM and 720p webcam, as well as Razer's THX Spatial Audio, HDMI 2.1 and other ports and so on. The entry-level $1,800 model incorporates a 144Hz 1080p screen and an RTX 3060 GPU; for $2,200 you upgrade to an RTX 3070 with a 165Hz 1440p display, and $2,800 bumps that to an RTX 3080. The SSD is upgradable but the RAM is soldered to the motherboard, which is kind of a bummer. The screens support FreeSync Premium adaptive refresh through G-Sync compability mode. Razer rates the battery life at up to 12 hours, though it's likely in the ballpark of 10 hours based on what we've seen elsewhere. As you'd expect, the RTX 3080 isn't being pushed to the max in this system; the GPU power draw can range anywhere from 80 to 150 watts, and Razer takes the middle road at 100 watts. In comparison, the hefty 15-inch Asus ROG Strix Scar we're testing pulls down 130 watts.

Google and Apple face a sweeping probe into the "duopoly" power of their mobile ecosystems, in the U.K. antitrust watchdog's latest attack on Silicon Valley. From a report: The increasingly tech-focused Competition and Markets Authority opened a 12-month market study into broad aspects of the iOS and Android systems, saying it feared the companies' dominance is stifling competition. The investigation adds to the regulator's separate investigations into both tech giants. "Our ongoing work into big tech has already uncovered some worrying trends and we know consumers and businesses could be harmed if they go unchecked," CMA Chief Executive Officer Andrea Coscelli said in a statement.

The CMA uses market studies to gather information before upgrading investigations. The mobile review comes as the U.K. watchdog seeks to move to the forefront of tech regulation after emerging from the shadow of European Union regulators at the end of the Brexit transition. The authority is preparing to set up a tech-focused unit and has warned that the largest companies will face extra scrutiny of everything from mergers to monopoly behavior.

Irish police will have the power to compel people to provide passwords for electronic devices when carrying out a search warrant under new legislation. From a report: The change is part of the Garda Siochana Bill published by Irish Justice Minister Heather Humphreys on Monday. Gardai will also be required to make a written record of a stop and search. This will enable data to be collected so the effectiveness and use of the powers can be assessed. Special measures will be introduced for suspects who are children and suspects who may have impaired capacity. The bill will bring in longer detention periods for the investigation of multiple offences being investigated together, for a maximum of up to 48 hours. It will also allow for a week's detention for suspects in human trafficking offences, which are currently subject to a maximum of 24 hours detention.

Unusual activity at a nuclear power reactor in China has drawn international attention, as two French companies involved in the plant acknowledged problems on Monday but said they could be handled safely. From a report: The companies were responding to a report by CNN on Monday that Framatome, one of the companies, had sought help from the United States, citing an "imminent radiological threat" at the Taishan Nuclear Power Plant in Guangdong Province. EDF, France's main power utility and part owner of the power plant, said in a statement that certain gases had accumulated in the water and steam surrounding the uranium fuel rods at the heart of the reactor. But it said that the reactor had procedures for dealing with such a buildup of gases, which it described as a "known phenomenon." Framatome, an EDF affiliate and the builder of the reactors, said that there had been a "performance issue" but that the plant was operating within its safety parameters. In China, the power plant said in a statement on Sunday night that no leak into the environment had been detected.

Slashdot reader Charlotte Web writes: The "Group of Seven" (or G7) nations are some of the world's largest economies — the U.S. and Canada, the U.K., France, Germany, and Italy, and Japan. On Sunday they pledged $2 billion to help developing countries pivot away from fossil fuels and pledged an "overwhelmingly decarbonized" electricity sector by 2030. The New York Times calls these "major steps in what leaders hope will be a global transition to wind, solar and other energy that does not produce planet-warming carbon dioxide emissions."

Politico's Ryan Heath argues "The language on a 'green revolution' is quite strong — there's plenty of detail missing, but it gives climate campaigners a lot to hit leaders with if they fail to deliver. And it's a big deal for the G-7 to agree to 'to conserve or protect at least 30 percent of our land and oceans by 2030.'"
Other reports from Politico's writers:

• "Boris Johnson admitted that the world's richest economies had not managed to secure a widely advertised 1 billion vaccine doses to send to developing countries. The final communique says the group will deliver 870 million doses over the next year."

• "The G-7 nations called for a 'timely, transparent, expert-led, and science-based WHO-convened' investigation into the origins of Covid-19, including in China. WHO's first crack at an investigation — released in March — called a lab leak 'extremely unlikely,' but China didn't grant access to key documents and Secretary of State Antony Blinken called that investigation 'highly deficient' this morning. The U.S. government remains split between two origin theories."

Bloomberg Businessweek reports on "renewed interest in cables that can power consumers in one country with electricity generated hundreds, even thousands, of miles away in another" and possibly even transcontinental, submarine electricity superhighways: Coal, gas and even nuclear plants can be built close to the markets they serve, but the utility-scale solar and wind farms many believe essential to meet climate targets often can't. They need to be put wherever the wind and sun are strongest, which can be hundreds or thousands of miles from urban centers. Long cables can also connect peak afternoon solar power in one time zone to peak evening demand in another, reducing the price volatility caused by mismatches in supply and demand as well as the need for fossil-fueled back up capacity when the sun or wind fade. As countries phase out carbon to meet climate goals, they'll have to spend at least $14 trillion to strengthen grids by 2050, according to Bloomberg New Energy Finance. That's only a little shy of projected spending on new renewable generation capacity and it's increasingly clear that high- and ultra-high-voltage direct current lines will play a part in the transition.

The question is how international will they be...?
The article points out that in theory, Mongolia's Gobi desert "has potential to deliver 2.6 terawatts of wind and solar power — more than double the U.S.'s entire installed power generation capacity — to a group of Asian powerhouse economies that together produce well over a third of global carbon emissions..." The same goes for the U.S., where with the right infrastructure, New York could tap into sun- and wind-rich resources from the South and Midwest. An even more ambitious vision would access power from as far afield as Canada or Chile's Atacama Desert, which has the world's highest known levels of solar power potential per square meter. Jeremy Rifkin, a U.S. economist who has become the go-to figure for countries looking to remake their infrastructure for the digital and renewable future, sees potential for a single, 1.1 billion-person electricity market in the Americas that would be almost as big as China's. Rifkin has advised Germany and the EU, as well as China...

Persuading countries to rely on each other to keep the lights on is tough, but the universal, yet intermittent nature of solar and wind energy also makes it inevitable, according to Rifkin. "This isn't the geopolitics of fossil fuels," owned by some and bought by others, he says. "It is biosphere politics, based on geography. Wind and sun force sharing...."

If these supergrids don't get built, it will be because their time has both come and gone. Not only are they expensive, politically difficult, and unpopular — they have to cross a lot of backyards — their focus on mega-power installations seems outdated to some. Distributed microgeneration as close to home as your rooftop, battery storage, and transportable hydrogen all offer competing solutions to the delivery problems supergrids aim to solve.

The auction has ended for a seat with Jeff Bezos and his brother on their first Blue Origin flight into space next month. Slashdot reader ytene writes that a live-streamed auction for the seat "lasted less than 10 minutes after opening at $4.8 million."

The Hill reports: That came after nearly 7,600 people from 159 countries had registered to bid on a seat for the July 20 space flight by the time registration closed Thursday, according to ABC News... Blue Origin said the $28 million would be donated to Club for the Future, Blue Origin's 501(c)(3) nonprofit with a mission to "inspire future generations to pursue careers in STEM and to help invent the future of life in space," according to its website... Blue Origin said the fourth and final crew member of the mission will also be announced when the identity of the auction winner is revealed.
Today CNN ran a story headlined "Jeff Bezos is going to space for 11 minutes. Here's how risky that is." (Or how safe?) They'll be going up and coming right back down, and they'll be doing it in less time — about 11 minutes — than it takes most people to get to work. Suborbital flights differ greatly from orbital flights of the type most of us think of when we think of spaceflight. Blue Origin's New Shepard flights will be brief, up-and-down trips, though they will go more than 62 miles above Earth, which is widely considered to be the edge of outer space.

Orbital rockets need to drum up enough power to hit at least 17,000 miles per hour, or what's known as orbital velocity, essentially giving a spacecraft enough energy to continue whipping around the Earth rather than being dragged immediately back down by gravity. Suborbital flights require far less power and speed. That means less time the rocket is required to burn, lower temperatures scorching the outside of the spacecraft, less force and compression ripping at the spacecraft, and generally fewer opportunities for something to go very wrong.

New Shepard's suborbital fights hit about about three times the speed of sound — roughly 2,300 miles per hour — and fly directly upward until the rocket expends most of its fuel. The crew capsule will then separate from the rocket at the top of the trajectory and briefly continue upward before the capsule almost hovers at the top of its flight path, giving the passengers a few minutes of weightlessness. It works sort of like an extended version of the weightlessness you experience when you reach the peak of a roller coaster hill, just before gravity brings your cart — or, in Bezos' case, your space capsule — screaming back down toward the ground.

The New Shepard capsule then deploys a large plume of parachutes to slow its descent to less than 20 miles per hour before it hits the ground... Blue Origin's New Shepard capsule, which is fully autonomous and does not require a pilot, has never had an explosive mishap in 15 test flights. And the nature of Bezos' flight means it comes with some inherently lower risks than more ambitious space travel attempts.

But that doesn't mean the risk is zero, either.

An anonymous reader quotes a report from The Wall Street Journal: The Biden administration launched an initiative Thursday aiming to make more government data available to artificial intelligence researchers, part of a broader push to keep the U.S. on the cutting edge of the crucial new technology. The National Artificial Intelligence Research Resource Task Force, a group of 12 members from academia, government, and industry led by officials from the White House Office of Science and Technology Policy and the National Science Foundation, will draft a strategy for potentially giving researchers access to stores of data about Americans, from demographics to health and driving habits. They would also look to make available computing power to analyze the data, with the goal of allowing access to researchers across the country. The task force, which Congress mandated in the National Artificial Intelligence Initiative Act of 2020, is part of an effort across the government to ensure the U.S. remains at the vanguard of technological advancements.

Many researchers, particularly in academia, simply don't have access to these computational resources and data, and this is hampering innovation. One example: The Transportation Department has access to a set of data gathered from vehicle sensors about how people drive, said Erwin Gianchandani, senior adviser at the National Science Foundation and co-chairman of the new AI task force. "Because you have very sensitive data about individuals, there are challenges in being able to make that data available to the broader research community," he said. On the other hand, if researchers could get access, they could develop innovations designed to make driving safer. Census data, medical records, and other data sets could also potentially be made available for research by both private companies and academic institutions, officials said. They said the task force will evaluate how to make such data available while protecting Americans' privacy and addressing other ethical concerns.

A total of 15 potential sites are in the running to host the UK's first prototype fusion power plant. The BBC reports: Fusion is seen as a potential source of almost limitless clean energy but is currently only used in experiments. An open call for sites was made last year and nominations closed at the end of March this year. Following checks for compliance with key entry criteria the UK Atomic Energy Agency (UKAEA) has published a long list of possible locations. The sites, from north to south, with nominating body, are: Dounreay, East Airdrie, Poneil, Ardeer, Chapelcross, Moorside, Bay Fusion, Goole, West Burton, Ratcliffe on Soar, Pembroke, Severn Edge, Aberthaw, Bridgwater Bay, and Bradwell (Essex).

The UKAEA said that acceptance of the sites did not indicate that they were "preferred or desired" or that it believed they were "in all cases, possible." It stressed it was simply that the procedural entry criteria had been met and assessment had now begun. It said a shortlisting process would take place in the autumn with a final site decision likely by the end of next year. UKAEA is hoping to have such a plant operating in the early 2040s, with an initial concept design ready by 2024."

Florida's fired Department of Health data manager Rebekah Jones has been "permanently suspended" from Twitter, "for violations of the Twitter Rules on spam and platform manipulation," a Twitter spokesperson tells Slashdot.

Florida's Sun-Sentinel reports: Jones, a former Department of Health data manager fired for alleged insubordination, emerged as a political lightning rod as COVID-19 cases spiked in Florida last year. Supporters see her as a whistleblower speaking truth to power and exposing an effort by the state to paint a rosier picture of the pandemic. Her detractors say she has peddled disinformation for her own financial benefit, unfairly casting doubt on the reliability of Florida's COVID-19 statistics... Jones helped to build the state's online coronavirus dashboard in the early days of the pandemic. In May 2020, she was fired from her post at the Florida Department of Health, where she was manager of Geographic Information Systems. Jones said her bosses pressured her to manipulate statistics to justify reopening the state amid lockdown.
In an article Monday Forbes investigated "the curious case of Rebekah Jones' suspension," citing a researcher who specializes in Twitter fraud: There was clearly a concentrated surge in new follower activity... What is not known is whether Rebekah Jones purchased the followers herself, or whether it was a false-flag campaign meant to discredit her (someone else purchased the followers and directed them at her account to make it appear she broke Twitter's rules).

Nearly 21,000 followers were added in a short amount of time...
Following up with Twitter's spokesperson, Slashdot asked them about Forbes' theory, and whether they had evidence that Jones herself (and not one of her detractors) had perpetrated the surge in follower activity.

Twitter's response? "We have nothing further to add beyond what I shared."

Jones had already attained more than 400,000 followers, reports the Washington Post. But they also note that her suspension is now being celebrated on Twitter by Florida governor DeSantis's press secretary, "who was hired after she wrote an article calling Jones's claims 'a big lie.'" DeSantis's office also pointed to an April Twitter thread from a prominent disinformation researcher alleging that an app has surreptitiously directed thousands of users to follow a number of accounts, including Jones's. Jones responded to the researcher, according to a screenshot, with a tweet saying: "This is insane."

"I've never heard of this app," she wrote.
Jones has since opened a new account on Instagram named "insubordinatescientist".

House Democrats are set to introduce a package of five bills as soon as this week that would prohibit tech giants like Apple, Amazon, Facebook and Google from discriminating against rivals or buying potential competitors, two individuals familiar with the discussions told POLITICO -- the most serious effort yet to rein in Silicon Valley's power after years of complaints from Congress. From a report: The most controversial bill would let prosecutors sue to break up major tech companies by forcing the platforms to sell off lines of business if they represent a conflict of interest. POLITICO obtained drafts of all five bills. The legislation aims to enact the recommendations from a blockbuster House Judiciary Committee report last fall on competition in digital markets, which found that the four tech giants have monopolized various aspects of the online economy. It also represents a major test for Congress: Can the lawmakers of both parties who have condemned the tech companies as abusive monopolists come together to do something about it? Democrats on the House Judiciary antitrust panel circulated the draft bills to potential co-sponsors this week. They hope to lure at least some GOP members into supporting the bills, particularly Colorado Rep. Ken Buck, a critic of the large tech companies and the top Republican on the panel.

Amid an intensifying drought, Lake Mead in Nevada, the nation's largest reservoir by volume, reached its lowest level since the 1930s late Wednesday. From a report: The record low is due to a combination of years of punishing drought that's worsening across the Southwest, as well as challenges in managing water resources for a burgeoning population. The record-low reading, as well as expected subsequent drops in the lake, are almost certain to trigger a federal "water shortage" declaration later this summer, which would set off cuts in water allocations to several states. Lake Mead, which sits along the border between Nevada and Arizona, is part of the vast Colorado River basin that provides water for agriculture and human consumption to seven states, and also generates electricity at the massive Hoover Dam.

Cuts in water supplies, to be determined in August, would affect the region's farmers, residents of sprawling cities such as Las Vegas, and others. Already, the Hoover Dam is operating below its maximum capacity, and it could see a further reduction in power generation as the summer goes on. Years of unusually dry conditions along with a growing population and water resource decisions have helped lead to the situation. As of Thursday morning, the Bureau of Reclamation showed Lake Mead's hourly water levels dipped to 1,071.48 feet Thursday, and remained below the previous record set on July 1, 2016.

The Vivaldi 4.0 release is launching today, and includes a built-in email, calendar, and RSS reader. The Verge reports: The email client supports IMAP and POP accounts, so you can connect the vast majority of email services to it, and you can easily have messages open up in tabs rather than taking over the current window -- handy if you're the type who often needs to bounce between emails. The search is also, in my experience, very quick. The calendar and RSS reader also include most of the features I'd expect, along with a few really cool bonuses. For example, the RSS reader also supports YouTube channels, which could be handy for those who are worried about an algorithm deciding not to show a creator's videos.

The other headline feature of this Vivaldi update is built-in translation. The browser will be able to translate entire webpages (automatically, if you want) in 50 languages as of today, but the company says it'll be expanding to support 109 languages soon. While the Mail tools are desktop only, the translation is also available on Vivaldi for Android. Vivaldi has also come up with a solution for those who don't want these features taking up room in their browser: you'll be able to choose between three layouts, which will give you a basic web browser, one with a few power-user features, or the all-in-one experience with email, calendars, and RSS. All the features will still be available, even in the "Essentials" layout, but they won't be taking up space in the interface.

Chip floorplanning is the engineering task of designing the physical layout of a computer chip. In a paper published in the journal Nature, Google researchers applied a deep reinforcement learning approach to chip floorplanning, creating a new technique that "automatically generates chip floorplans that are superior or comparable to those produced by humans in all key metrics, including power consumption, performance and chip area." VentureBeat reports: The Google team's solution is a reinforcement learning method capable of generalizing across chips, meaning that it can learn from experience to become both better and faster at placing new chips. Training AI-driven design systems that generalize across chips is challenging because it requires learning to optimize the placement of all possible chip netlists (graphs of circuit components like memory components and standard cells including logic gates) onto all possible canvases. [...] The researchers' system aims to place a "netlist" graph of logic gates, memory, and more onto a chip canvas, such that the design optimizes power, performance, and area (PPA) while adhering to constraints on placement density and routing congestion. The graphs range in size from millions to billions of nodes grouped in thousands of clusters, and typically, evaluating the target metrics takes from hours to over a day.

Starting with an empty chip, the Google team's system places components sequentially until it completes the netlist. To guide the system in selecting which components to place first, components are sorted by descending size; placing larger components first reduces the chance there's no feasible placement for it later. Training the system required creating a dataset of 10,000 chip placements, where the input is the state associated with the given placement and the label is the reward for the placement (i.e., wirelength and congestion). The researchers built it by first picking five different chip netlists, to which an AI algorithm was applied to create 2,000 diverse placements for each netlist. The system took 48 hours to "pre-train" on an Nvidia Volta graphics card and 10 CPUs, each with 2GB of RAM. Fine-tuning initially took up to 6 hours, but applying the pre-trained system to a new netlist without fine-tuning generated placement in less than a second on a single GPU in later benchmarks. In one test, the Google researchers compared their system's recommendations with a manual baseline: the production design of a previous-generation TPU chip created by Google's TPU physical design team. Both the system and the human experts consistently generated viable placements that met timing and congestion requirements, but the AI system also outperformed or matched manual placements in area, power, and wirelength while taking far less time to meet design criteria.

El Salvador has become the first country to adopt bitcoin as legal tender. Lawmakers in the Central American country's Congress voted by a "supermajority" in favor of the Bitcoin Law, receiving 62 out of 84 of the legislature's vote. CNBC adds: "The purpose of this law is to regulate bitcoin as unrestricted legal tender with liberating power, unlimited in any transaction, and to any title that public or private natural or legal persons require carrying out," the law reads. Prices can now be shown in bitcoin, tax contributions can be paid with the digital currency, and exchanges in bitcoin will not be subject to capital gains tax.

Engineers at MIT have recently announced that they have successfully developed a programmable fiber. Interesting Engineering reports: Featured in Nature Communications, this new research could result in the development of wearable tech that could sense, store, analyze, and infer the activity(s) of its wearers in real-time. The senior author of the study, Yeol Fink, believes that digital fibers like those developed in this study could help expand the possibilities for fabrics to "uncover the context of hidden patterns in the human body that could be used for physical performance monitoring, medical inference, and early disease detection." Applications for the technology could even expand into other areas of our lives like, for example, storing wedding music within the bride's gown.

The fibers were created by chaining hundreds of microscale silicon digital chips into a preform to make a new "smart" polymer fiber. By using precision control, the authors of the study were able to create fibers with the continuous electrical connection between each chip of tens of meters. These fibers are thin and flexible and can even be passed through the eye of a needle. This would mean they could be seamlessly (pun intended) woven into existing fabrics, and can even withstand being washed at least ten times without degrading. This would mean this wearable tech could be retrofitted to existing clothing and you wouldn't even know it's there. Such innovation is interesting, but it could open up doors for applications only ever dreamed of.

The fiber also has a pretty decent storage capacity too -- all things considered. During the research, it was found to be possible to write, store, and recall 767-kilobit full-color short movie files and a 0.48-megabyte music file. The files can be stored for two months without power. The fibers also integrate a neural network with thousands of connections. This was used to monitor and analyze the surface body temperature of a test subject after being woven into the armpit of the shirt. By training the neural network with 270-minutes of data the team got it to predict the minute-by-minute activity of the shirt's wearer with 96% accuracy. The fibers are also controlled using a small external device that could have microcontrollers added to it in the future.

An anonymous reader shares a report from The Conversation: As people around the world escape poverty, you might expect their energy use to increase. But my research in Nepal, Vietnam, and Zambia found the opposite: lower levels of deprivation were linked to lower levels of energy demand. What is behind this counterintuitive finding? [...] We found that households that do have access to clean fuels, safe water, basic education and adequate food -- that is, those not in extreme poverty -- can use as little as half the energy of the national average in their country. This is important, as it goes directly against the argument that more resources and energy will be needed for people in the global south to escape extreme poverty. The biggest factor is the switch from traditional cooking fuels, like firewood or charcoal, to more efficient (and less polluting) electricity and gas.

In Zambia, Nepal, and Vietnam, modern energy resources are extremely unfairly distributed -- more so than income, general spending, or even spending on leisure. As a consequence, poorer households use more dirty energy than richer households, with ensuing health and gender impacts. Cooking with inefficient fuels consumes a lot of energy, and even more when water needs to be boiled before drinking. But do households with higher incomes and more devices have a better chance of escaping poverty? Some do, but having higher incomes and mobile phones are not either prerequisites or guarantees of having basic needs satisfied. Richer households without access to electricity or sanitation are not spared from having malnourished children or health problems from using charcoal. Ironically, for most households, it is easier to obtain a mobile phone than a clean, nonpolluting fuel for cooking. Therefore, measuring progress via household income leads to an incomplete understanding of poverty and its deprivations.

So what? Are we arguing against the global south using more energy for development? No: instead of focusing on how much energy is used, we are pointing to the importance of collective services (like electricity, indoor sanitation and public transport) for alleviating the multiple deprivations of poverty. In addressing these issues we cannot shy away from asking why so many countries in the global south have such a low capacity to invest in those services. It has to do with the fact that poverty does not just happen: it is created via interlinked systems of wealth extraction such as structural adjustment, or high costs of servicing national debts. Given that climate change is caused by the energy use of a rich minority in the global north but the consequences are borne by the majority in the poorer global south, human development is not only a matter of economic justice but also climate justice. Investing in vital collective services underpins both.

An anonymous reader shares an excerpt from an interview The Guardian conducted with Microsoft's Kate Crawford. "Kate Crawford studies the social and political implications of artificial intelligence," writes Zoe Corbyn via The Guardian. "She is a research professor of communication and science and technology studies at the University of Southern California and a senior principal researcher at Microsoft Research. Her new book, Atlas of AI, looks at what it takes to make AI and what's at stake as it reshapes our world." Here's an excerpt from the interview: What should people know about how AI products are made?
We aren't used to thinking about these systems in terms of the environmental costs. But saying, "Hey, Alexa, order me some toilet rolls," invokes into being this chain of extraction, which goes all around the planet... We've got a long way to go before this is green technology. Also, systems might seem automated but when we pull away the curtain we see large amounts of low paid labour, everything from crowd work categorizing data to the never-ending toil of shuffling Amazon boxes. AI is neither artificial nor intelligent. It is made from natural resources and it is people who are performing the tasks to make the systems appear autonomous.

Problems of bias have been well documented in AI technology. Can more data solve that?
Bias is too narrow a term for the sorts of problems we're talking about. Time and again, we see these systems producing errors -- women offered less credit by credit-worthiness algorithms, black faces mislabelled -- and the response has been: "We just need more data." But I've tried to look at these deeper logics of classification and you start to see forms of discrimination, not just when systems are applied, but in how they are built and trained to see the world. Training datasets used for machine learning software that casually categorize people into just one of two genders; that label people according to their skin color into one of five racial categories, and which attempt, based on how people look, to assign moral or ethical character. The idea that you can make these determinations based on appearance has a dark past and unfortunately the politics of classification has become baked into the substrates of AI.

What do you mean when you say we need to focus less on the ethics of AI and more on power?
Ethics are necessary, but not sufficient. More helpful are questions such as, who benefits and who is harmed by this AI system? And does it put power in the hands of the already powerful? What we see time and again, from facial recognition to tracking and surveillance in workplaces, is these systems are empowering already powerful institutions -- corporations, militaries and police.

What's needed to make things better?
Much stronger regulatory regimes and greater rigour and responsibility around how training datasets are constructed. We also need different voices in these debates -- including people who are seeing and living with the downsides of these systems. And we need a renewed politics of refusal that challenges the narrative that just because a technology can be built it should be deployed.

It's been argued that technology (especially automation) will continue weakening the position of workers. But today the senior economics correspondent for The New York Times argues a "profound shift" happening in America is instead something else.

"For the first time in a generation, workers are gaining the upper hand..." Up and down the wage scale, companies are becoming more willing to pay a little more, to train workers, to take chances on people without traditional qualifications, and to show greater flexibility in where and how people work. The erosion of employer power began during the low-unemployment years leading up to the pandemic and, given demographic trends, could persist for years. March had a record number of open positions, according to federal data that goes back to 2000, and workers were voluntarily leaving their jobs at a rate that matches its historical high. Burning Glass Technologies, a firm that analyzes millions of job listings a day, found that the share of postings that say "no experience necessary" is up two-thirds over 2019 levels, while the share of those promising a starting bonus has doubled.

People are demanding more money to take a new job. The "reservation wage," as economists call the minimum compensation workers would require, was 19 percent higher for those without a college degree in March than in November 2019, a jump of nearly $10,000 a year, according to a survey by the Federal Reserve Bank of New York... [T]he demographic picture is not becoming any more favorable for employers eager to fill positions. Population growth for Americans between ages 20 and 64 turned negative last year for the first time in the nation's history. The Congressional Budget Office projects that the potential labor force will grow a mere 0.3 to 0.4 percent annually for the remainder of the 2020s; the size of the work force rose an average of 0.8 percent a year from 2000 to 2020.
The article describes managers now "being forced to learn how to operate amid labor scarcity... At the high end of the labor market, that can mean workers are more emboldened to leave a job if employers are insufficiently flexible on issues like working from home..."

But it also notes a ride-sharing driver who switched to an IBM apprenticeship for becoming a cloud storage engineer, and former Florida nightclub bouncer Alex Lorick, who became an IBM mainframe technician, "part of a deliberate effort by IBM to rethink how it hires and what counts as a qualification for a given job." [IBM] executives concluded that the qualifications for many jobs were unnecessarily demanding. Postings might require applicants to have a bachelor's degree, for example, in jobs that a six-month training course would adequately prepare a person for.

"By creating your own dumb barriers, you're actually making your job in the search for talent harder," said Obed Louissaint, IBM's senior vice president for transformation and culture. In working with managers across the company on training initiatives like the one under which Mr. Lorick was hired, "it's about making managers more accountable for mentoring, developing and building talent versus buying talent."

"I think something fundamental is changing, and it's been happening for a while, but now it's accelerating," Mr. Louissaint said.

"It is now written in the annals of legal history that Disney's Star Wars sequels, specifically The Last Jedi and The Rise of Skywalker, are mediocre," writes MovieWeb: This, according to Ninth Circuit Court Judge Kenneth K. Lee, who recently referred to the movies as such in a recent legal ruling... Judge Lee recently handed down a ruling in regards to a class action lawsuit against ConAgra Foods Inc. The case had to do with whether or not the company was responsible for placing a "100% Natural" label on bottles of Wesson Oil. ConAgra Foods no longer owns Wesson Oil.... And, as the judge found in his ruling, the company simply doesn't have the power to make that sort of call anymore....

This is where things get interesting. At this point in the ruling, Judge Lee decided to make a comparison, and that's where Star Wars comes in. It would seem the judge is a fan and he decided to liken the situation to Disney producing a trilogy of sequels after Lucasfilm was sold to them by George Lucas in 2012. And, in his professional, legal opinion, those movies were not up to snuff. "That is like George Lucas promising no more mediocre and schlocky Star Wars sequels shortly after selling the franchise to Disney. Such a promise would be illusory."

That wasn't the end of it either. In a footnote at the end of that page in the document, Judge Lee added some clarification saying, "As evident by Disney's production of The Last Jedi and The Rise of Skywalker."