The sale of bankrupt DNA data bank 23andMe is delayed as the company struggles to secure a lead bidder who can meet regulatory and privacy requirements, pushing the initial auction deadline from Friday to Monday. Seeking Alpha reports: 23andMe Holdings (OTC:MEHCQ), currently in Chapter 11 bankruptcy proceedings, is requiring that any potential bidders for the company's assets "guaranty that they will comply with the Company's privacy policies and applicable law." The genetics company said this is necessary to protect customers' data. In addition, bidders will need to submit documentation of their intended use of any data, describe the privacy programs and security controls they have in place or would implement, and say whether they would ask for current privacy policies to be amended. 23andMe has also filed a motion asking for the appointment of an independent customer Data representative to review whether a proposed deal is in alignment with the company's privacy policies and data privacy laws.

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An anonymous reader quotes a report from 404 Media: Here's an easy to understand example of how Donald Trump's tariffs on imported products have completely screwed small U.S. businesses and entrepreneurs: the crowdfunding site Kickstarter is introducing a "Tariff Manager tool" that will allow creators to add extra charges to projects that were already fully funded in order to deal with the higher and unexpected costs of the president's global trade war. "Over the past few weeks, we've been hard at work developing tariff-relevant resources to support our community. From guidance to help creators navigate rapidly changing policies, to tips on shipping logistics, and even information to help backers better understand the challenges creators are facing. Our focus has been supporting you through uncertain times, but we also know that information alone isn't always enough," Kickstarter said in a blog post published last week announcing the Tariff Manager tool. "Built specifically to address the financial challenges posed by U.S. import tariffs, Kickstarter's Tariff Manager is designed to give creators more control, flexibility, and transparency at one of the most critical phases of your journey: fulfillment." Kickstarter's Tariff Manager will allow some creators to apply per-item surcharges which will appear as a separate line item on the payment page for people who backed their project. "We understand that asking backers to pay an additional fee -- especially after a campaign has ended -- can be sensitive," Kickstarter said. "If a backer chooses not to pay the tariff cost during the pledge manager process, they'll need to reach out to you directly." Backers can pay the additional fee to get the item they had already backed in order to still get it when it's ready. If they decline, the creator can issue them a refund, or find "another resolution," the blog post says. "While this tool helps offset rising costs, we recognize that every project and backer relationship is unique," Kickstarter said. "Our goal is to provide you with the flexibility and transparency necessary to navigate those conversations with clarity and care." "Creators continue to launch, adapt, and find success on Kickstarter, even as the external landscape shifts," a Kickstarter spokesperson told 404 Media. "We know creators are navigating a lot right now, and we're focused on giving them the tools and support to adjust as needed. Our role at Kickstarter is to help creators bring their projects to life, and that includes supporting them through moments of uncertainty. That's why we're doubling down on tools that help creators stay flexible and responsive: from our Tariff Manager within our integrated pledge manager -- which we're rolling out to all of our creators soon -- to offering 24-hour support and expanding educational resources."

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Huawei is gearing up to test its newest and most powerful AI processor, which the company hopes could replace some higher-end products of U.S. chip giant Nvidia. From a WSJ report: Huawei has approached some Chinese tech companies about testing the technical feasibility of the new chip, called the Ascend 910D, people familiar with the matter said. The company is slated to receive the first batch of samples of the processor as soon as late May, some of the people said. The development is still at an early stage, and a series of tests will be needed to assess the chip's performance and get it ready for customers, the people said. Huawei hopes that the latest iteration of its Ascend AI processors will be more powerful than Nvidia's H100, a popular chip used for AI training that was released in 2022, said one of the people. Previous versions are called 910B and 910C.

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Researchers claiming affiliation with the University of Zurich secretly deployed AI-powered bots in a popular Reddit forum to test whether AI could change users' minds on contentious topics. The unauthorized experiment, which targeted the r/changemyview subreddit, involved bots making over 1,700 comments across several months while adopting fabricated identities including a sexual assault survivor, a Black man opposing Black Lives Matter, and a domestic violence shelter worker. The researchers "personalized" comments by analyzing users' posting histories to infer demographic information. The researchers, who remain anonymous despite inquiries, claimed their bots were "consistently well-received," garnering over 20,000 upvotes and 137 "deltas" -- awards indicating successful opinion changes. Hundreds of bot comments were deleted following the disclosure.

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Inventor James Dyson described his career as "a life of failure" in a recent Wall Street Journal interview, citing setbacks as drivers of innovation. The 77-year-old creator of the bagless vacuum cleaner, who built a $16.8 billion fortune according to Bloomberg's Billionaire Index, created 5,127 prototypes over five years before successfully launching his signature product in 1993. "If something works, it's less challenging, it's less interesting," Dyson said. "If something's gone wrong, you want to know why it's gone wrong, and it's a learning process." Dyson's company abandoned its electric vehicle project in 2019 despite investing over $600 million, concluding it wasn't commercially viable. The prototype now sits prominently at the company's Singapore headquarters. "I had to be pragmatic about it and say it's too risky for us to do, which is a shame because I loved doing it," Dyson said.

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IBM announced plans to invest $150 billion in the United States over the next five years, with more than $30 billion earmarked specifically for research and development of mainframes and quantum computing technology. The investment follows similar commitments from tech giants including Apple and Nvidia -- each pledging approximately $500 billion -- in the wake of President Trump's election and tariff threats. "We have been focused on American jobs and manufacturing since our founding 114 years ago," said IBM CEO Arvind Krishna in a statement. The company currently manufactures its mainframe systems in upstate New York and plans to continue designing and assembling quantum computers domestically. The announcement comes amid challenging circumstances for IBM, which recently saw 15 government contracts shelved under the Trump administration's cost-cutting initiatives. Further reading: IBM US Cuts May Run Deeper Than Feared - and the Jobs Are Heading To India; IBM Now Has More Employees In India Than In the US (2017).

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Ruby on Rails creator and Basecamp CTO David Heinemeier Hansson, makes a case for why Google shouldn't be forced to sell Chrome: First, Chrome won the browser war fair and square by building a better surfboard for the internet. This wasn't some opportune acquisition. This was the result of grand investments, great technical prowess, and markets doing what they're supposed to do: rewarding the best. Besides, we have a million alternatives. Firefox still exists, so does Safari, so does the billion Chromium-based browsers like Brave and Edge. And we finally even have new engines on the way with the Ladybird browser. Look, Google's trillion-dollar business depends on a thriving web that can be searched by Google.com, that can be plastered in AdSense, and that now can feed the wisdom of AI. Thus, Google's incredible work to further the web isn't an act of charity, it's of economic self-interest, and that's why it works. Capitalism doesn't run on benevolence, but incentives. We want an 800-pound gorilla in the web's corner! Because Apple would love nothing better (despite the admirable work to keep up with Chrome by Team Safari) to see the web's capacity as an application platform diminished. As would every other owner of a proprietary application platform. Microsoft fought the web tooth and nail back in the 90s because they knew that a free, open application platform would undermine lock-in -- and it did!

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Widespread power outages were reported Monday in parts of Spain, Portugal and France, affecting critical infrastructure like airports and causing transportation disruptions. From a report: "The interruption was due to a problem in the European electricity grid," E-Redes, the national energy supplier of Portugal, said in a statement. In addition to Portugal, it said, "The blackout also affected regions of Spain and France, due to faults in very high voltage lines." E-Redes said that the outage was widespread across Spain, with outages in Catalonia, Andalusia, Aragon, Navarre, the Basque Country, Castile and Leon, Extremadura and Murcia. In France, the Portuguese energy supplier said, "the Basque Coast and the Burgundy region also experienced power cuts." Spain's national power company, Red Electricia, said in a post on X that it had restored some power in the north and south of the peninsula. The cause of the outages was not immediately clear. But the effects of the disruption were felt in cities across the region.

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Sales of electric vehicles in America jumped 10.6% in the first three months of 2025 (compared to the same period in 2024), reports Bloomberg. And research provider BloombergNEF expects all of 2025 will see a 31.5% sales increase from 2024's sales in the U:S. — slightly above the global increase rate of 30%. (That's 22 million battery-powered vehicles around the world.) "EV adoption is cruising along in the U.S.," Bloomberg writes, with interest "spreading from early-adopters to mainstream consumers" tired of paying for gas and oil changes — and attracted by new products from familiar brands: Of the 63 or so fully electric cars and trucks on the U.S. market, one quarter weren't available a year ago. The product blitz includes the first EV offerings from Acura, Dodge and Jeep, second models from Mini and Porsche and two more battery-powered machines each from Cadillac and Volvo... Many of the new EVs are relatively affordable. Cox Automotive estimates the price spread between EVs broadly and internal combustion cars and trucks has shrunk to just $5,000. General Motors, meanwhile, plans to resurrect its Chevrolet Bolt later this year with a price point around $30,000...

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"A new study found that a gene recently recognized as a biomarker for Alzheimer's disease is actually a cause of it," announced the University of California, San Diego, "due to its previously unknown secondary function." "Researchers at the University of California San Diego used artificial intelligence to help both unravel this mystery of Alzheimer's disease and discover a potential treatment that obstructs the gene's moonlighting role." A team led by Sheng Zhong, a professor in the university's bioengineering department, had previously discovered a potential blood biomarker for early detection of Alzheimer's disease (called PHGDH). But now they've discovered a correlation: the more protein and RNA that it produces, the more advanced the disease. And after more research they ended up with "a therapeutic candidate with demonstrated efficacy that has the potential of being further developed into clinical tests..." That correlation has since been verified in multiple cohorts from different medical centers, according to Zhong... [T]he researchers established that PHGDH is indeed a causal gene to spontaneous Alzheimer's disease. In further support of that finding, the researchers determined — with the help of AI — that PHGDH plays a previously undiscovered role: it triggers a pathway that disrupts how cells in the brain turn genes on and off. And such a disturbance can cause issues, like the development of Alzheimer's disease.... With AI, they could visualize the three-dimensional structure of the PHGDH protein. Within that structure, they discovered that the protein has a substructure... Zhong said, "It really demanded modern AI to formulate the three-dimensional structure very precisely to make this discovery." After discovering the substructure, the team then demonstrated that with it, the protein can activate two critical target genes. That throws off the delicate balance, leading to several problems and eventually the early stages of Alzheimer's disease. In other words, PHGDH has a previously unknown role, independent of its enzymatic function, that through a novel pathway leads to spontaneous Alzheimer's disease... Now that the researchers uncovered the mechanism, they wanted to figure out how to intervene and thus possibly identify a therapeutic candidate, which could help target the disease.... Given that PHGDH is such an important enzyme, there are past studies on its possible inhibitors. One small molecule, known as NCT-503, stood out to the researchers because it is not quite effective at impeding PHGDH's enzymatic activity (the production of serine), which they did not want to change. NCT-503 is also able to penetrate the blood-brain-barrier, which is a desirable characteristic. They turned to AI again for three-dimensional visualization and modeling. They found that NCT-503 can access that DNA-binding substructure of PHGDH, thanks to a binding pocket. With more testing, they saw that NCT-503 does indeed inhibit PHGDH's regulatory role. When the researchers tested NCT-503 in two mouse models of Alzheimer's disease, they saw that it significantly alleviated Alzheimer's progression. The treated mice demonstrated substantial improvement in their memory and anxiety tests... The next steps will be to optimize the compound and subject it to FDA IND-enabling studies. The research team published their results on April 23 in the journal Cell.

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"Boy, stringly typed data is hard to work with. I wish there were some easier way to work with it!"

This, presumably, is what Gary's predecessor said. Followed by, "Wait, I have an idea!"

public static Object createValue(String string) { Object value = parseBoolean(string); if (value != null) { return value; } value = parseInteger(string); if (value != null) { return value; } value = parseDouble(string); if (value != null) { return value; } return string; }

This takes a string, and then tries to parse it, first into a boolean, failing that into an integer, and failing that into a double. Otherwise, it returns the original string.

And it returns an object, which means you still get to guess what's in there even after this. You just get to guess what it returned, and hope you cast it to the correct type. Which means this almost certainly is called like this:

boolean myBoolField = (Boolean)createValue(someStringContainingABool);

Which makes the whole thing useless, which is fun.

Gary found this code in a "long since abandoned" project, and I can't imagine why it ended up getting abandoned.

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A new DARPA project called expMath "aims to jumpstart math innovation with the help of AI," writes The Register. America's "Defense Advanced Research Projects Agency" believes mathematics isn't advancing fast enough, according to their article... So to accelerate — or "exponentiate" — the rate of mathematical research, DARPA this week held a Proposers Day event to engage with the technical community in the hope that attendees will prepare proposals to submit once the actual Broad Agency Announcement solicitation goes out... [T]he problem is that AI just isn't very smart. It can do high school-level math but not high-level math. [One slide from DARPA program manager Patrick Shafto noted that OpenAI o1 "continues to abjectly fail at basic math despite claims of reasoning capabilities."] Nonetheless, expMath's goal is to make AI models capable of: - auto decomposition — automatically decompose natural language statements into reusable natural language lemmas (a proven statement used to prove other statements); and auto(in)formalization — translate the natural language lemma into a formal proof and then translate the proof back to natural language. "How must faster with technology advance with AI agents solving new mathematical proofs?" asks former DARPA research scientist Robin Rowe (also long-time Slashdot reader robinsrowe): DARPA says that "The goal of Exponentiating Mathematics is to radically accelerate the rate of progress in pure mathematics by developing an AI co-author capable of proposing and proving useful abstractions." Rowe is cited in the article as the founder/CEO of an AI research institute named "Fountain Adobe". (He tells The Register that "It's an indication of DARPA's concern about how tough this may be that it's a three-year program. That's not normal for DARPA.") Rowe is optimistic. "I think we're going to kill it, honestly. I think it's not going to take three years. But I think it might take three years to do it with LLMs. So then the question becomes, how radical is everybody willing to be?" "We will robustly engage with the math and AI communities toward fundamentally reshaping the practice of mathematics by mathematicians," explains the project's home page. They've already uploaded an hour-long video of their Proposers Day event. "It's very unclear that current AI systems can succeed at this task..." program manager Shafto says in a short video introducing the project. But... "There's a lot of enthusiasm in the math community for the possibility of changes in the way mathematics is practiced. It opens up fundamentally new things for mathematicians. But of course, they're not AI researchers. One of the motivations for this program is to bring together two different communities — the people who are working on AI for mathematics, and the people who are doing mathematics — so that we're solving the same problem. At its core, it's a very hard and rather technical problem. And this is DARPA's bread-and-butter, is to sort of try to change the world. And I think this has the potential to do that.

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Remember First Light Fusion? Founded in 2011, it was a pioneering British startup that in 2022 "successfully combined atomic nuclei, which U.K. regulators called a milestone in the decades-long push for fusion energy. It's now "pulled the plug on plans to build its first reactor," reports the Telegraph, abandoning its push for a prototype power plant based on its "projectile fusion" technology due to a lack of funding. The technology involves a 5p-sized projectile being fired at a fuel cell at extreme speeds using electromagnets to generate a powerful reaction and simulate collisions at extremely high speeds, such as those in space. Instead of building its own plant, First Light plans to supply other nuclear power companies with one of its inventions, called an "amplifier", which houses a nuclear fuel capsule and boosts the power of fusion reactions. The group has burned through tens of millions of pounds trying to bring its technology to fruition... The decision to ditch its original plan will allow First Light Fusion to be more "capital light", the nuclear group said in March, while licensing its inventions would generate more revenues. The company said it had recently secured the first tranche of a new funding round. Mark Thomas, First Light Fusion's chief executive, said: "We have been very pleased with the response to our strategy pivot, moving to an enabler of inertial fusion while rapidly accelerating revenues... First Light Fusion's other investors include Chinese technology giant Tencent.

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Its goal was to "support workers to reclaim the power of future-making". A 2022 pilot project saw over 25 Amazon workers meeting online "to discuss how science fiction shed light on their working conditions and futures." 13 of them then continued meeting regularly in 2023 with the "Worker as Futurist" project (funded by Canada's Social Sciences and Humanities Research Council, according to an article by the project's leaders in the socialist magazine Jacobin). "Our team of scholars, teachers, writers, and activists has been able to pay Amazon workers (warehouse workers, drivers, copy editors, MTurk workers, and more) to participate in a series of skill-building writing workshops and information sessions...." And when it was over, "the participants were supported to draft the stories they wanted to tell about The World After Amazon...." Six months ago they held the big launch event for the book's print edition, while also promising that "you can read the workers' stories online, or download the book as a PDF or an ebook, all for free." The Amazon-worker stories have tempting titles like "The Museum of Prime", "The Dark Side of Convenience", and even "The Iron Uprising." ("In a dystopian future of corporate power, humans and robots come together in resistance and in love.") And the project also created a 13-episode podcast offering "interviews with experts on Amazon, activists and organizers, science fiction writers and others dedicated to reclaiming the future from corporate control." As they wrote in Jacbon: This isn't finding individual commercial or literary success, but dignity, imagination, and common struggle... Our "Worker as Futurist" project returns the power of the speculative to workers, in the name of discovering something new about capitalism and the struggle for something different... We must envision the futures we want in order to mobilize and fight for them together, rather than cede that future to those who would turn the stars into their own private sandbox... The rank-and-file worker — the target of daily exploitation, forced to build their boss's utopia — may have encrypted within them the key to destroying his world and building a new one.

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An anonymous reader shared this report from Reuters: The secretive Russian satellite in space that U.S. officials believe is connected to a nuclear anti-satellite weapon program has appeared to be spinning uncontrollably, suggesting it may no longer be functioning in what could be a setback for Moscow's space weapon efforts, according to U.S. analysts... [The Cosmos 2553 satellite launched in 2022] has had various bouts of what appears to be errant spinning over the past year, according to Doppler radar data from space-tracking firm LeoLabs and optical data from Slingshot Aerospace shared with Reuters. Believed to be a radar satellite for Russian intelligence as well as a radiation testing platform, the satellite last year became the center of U.S. allegations that Russia for years has been developing a nuclear weapon capable of destroying entire satellite networks, such as SpaceX's vast Starlink internet system that Ukrainian troops have been using. U.S. officials assess Cosmos 2553's purpose, though not itself a weapon, is to aid Russia's development of a nuclear anti-satellite weapon. Russia has denied it is developing such a weapon and says Cosmos 2553 is for research purposes.... "This observation strongly suggests the satellite is no longer operational," the Center for Strategic and International Studies, a Washington-based think tank, said of LeoLabs' analysis in its annual Space Threat Assessment published on Friday.

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What can you build with a 3D printer? Starbucks just printed itself a new store — a drive-through location in the southern tip of Texas. Fast Company says it's a store that "looks more like the future of construction than your average café." Built with layers of concrete piped out by a giant robotic printer, the 1,400-square-foot structure is part of the company's ongoing effort to modernize operations and trim costs... Peri-3D, a German company, used a giant 3D printer to pump out layers of concrete mixture to create the structure. According to the Texas Department of Licensing and Regulation, the cost for building the small scale coffee shop was about $1.2 million... Of course, the new method is a first for the brand. And builders say, the more they use the technology, the more efficient they are at it. In Georgetown, Texas, an entire community of 100 homes was recently built using 3D-printing. The company who built the community, Lennar, says they're seeing costs drop with each build. Stuart Miller, chairman and co-CEO of Lennar, told CNBC earlier this year that the construction company says their costs and cycle time go down "by half" by adopting 3D-printing. "This is significant improvement in evolving a housing market that has the ability to change over time and being more adaptable and more functional in providing affordable and attainable housing for a broader swath of the market," said Miller... 3D-printing is also much faster, meaning that projects can be completed in a fraction of the time, potentially drastically cutting labor costs. According to the World Economic Forum, 3D-printing can cost just 30% of what building structures the old-fashioned way costs. The article offers more examples of 3D-printed buildings. ("in Japan, a 3D-printed train station was just erected. And Peri-3D, itself, has completed at least 15 construction projects, including residential buildings in Europe and Germany.") 3D-printing has even been incorporated into some restaurants for customizing food, the article notes, "but building restaurants with the technology is a brand-new development." Although not everyone seems convinced. Instagram comments on a picture of Starbucks' new 3D-printed drive-through characterized its aesthetic as "dirty", "fugly", "violently hideous", and "like hot garbage".

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Microsoft Copilot "isn't doing as well as the company would like," reports XDA-Developers.com (citing a report from startup/VC industry site Newcomer). The Redmond giant has invested billions of dollars and a lot of manpower into making it happen, but as a recent report claims, people just don't care. In fact, if the report is to be believed, Microsoft's rise in the AI scene has already come to a screeching halt: At Microsoft's annual executive huddle last month, the company's chief financial officer, Amy Hood, put up a slide that charted the number of users for its Copilot consumer AI tool over the past year. It was essentially a flat line, showing around 20 million weekly users. On the same slide was another line showing ChatGPT's growth over the same period, arching ever upward toward 400 million weekly users. OpenAI's iconic chatbot was soaring, while Microsoft's best hope for a mass-adoption AI tool was idling. It was a sobering chart for Microsoft's consumer AI team... That's right; Microsoft Copilot's weekly user base is only 5% of the number of people who use ChatGPT, and it's not increasing. It's also worth noting that there are approximately 1.5 billion Windows users worldwide, which means just over 1% of them are using Copilot, a tool that's now a Windows default app.... It's not a huge surprise that Copilot is faltering. Despite Microsoft's CEO claiming that Copilot will become "the next Start button", the company has had to backtrack on the Copilot key and allow people to customise it to do something else, including giving back its original feature of the Menu key. They also note earlier reports that Intel's AI PC chips aren't selling well.

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"Google's DeepMind UK team reportedly seeks to unionize," reports TechCrunch: Around 300 London-based members of Google's AI-focused DeepMind team are seeking to unionize with the Communication Workers Union, according to a Financial Times report that cites three people involved with the unionization effort. These DeepMind employees are reportedly unhappy about Google's decision to remove a pledge not to use AI for weapons or surveillance from its website. They're also concerned about the company's work with the Israeli military, including a $1.2 billion cloud computing contract that has prompted protests elsewhere at Google. At least five DeepMind employees quit, according to the report (out of a 2,000 total U.K. staff members). "A small group of around 200 employees of Google and its parent company Alphabet previously announced that they were unionizing," the article adds, "though as a union representing just a tiny slice of the total Google workforce, it lacked the ability to collectively bargain."

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"Not so long ago, working in tech meant job security, extravagant perks and a bring-your-whole-self-to-the-office ethos rare in other industries," writes the Wall Street Journal. But now tech work "looks like a regular job," with workers "contending with the constant fear of layoffs, longer hours and an ever-growing list of responsibilities for the same pay." Now employees find themselves doing the work of multiple laid-off colleagues. Some have lost jobs only to be rehired into positions that aren't eligible for raises or stock grants. Changing jobs used to be a surefire way to secure a raise; these days, asking for more money can lead to a job offer being withdrawn. The shift in tech has been building slowly. For years, demand for workers outstripped supply, a dynamic that peaked during the Covid-19 pandemic. Big tech companies like Meta and Salesforce admitted they brought on too many employees. The ensuing downturn included mass layoffs that started in 2022... [S]ome longtime tech employees say they no longer recognize the companies they work for. Management has become more focused on delivering the results Wall Street expects. Revenue remains strong for tech giants, but they're pouring resources into costly AI infrastructure, putting pressure on cash flow. With the industry all grown up, a heads-down, keep-quiet mentality has taken root, workers say... Tech workers are still well-paid compared with other sectors, but currently there's a split in the industry. Those working in AI — and especially those with Ph.D.s — are seeing their compensation packages soar. But those without AI experience are finding they're better off staying where they are, because companies aren't paying what they were a few years ago. Other excepts from the Wall Street Journal's article: "I'm hearing of people having 30 direct reports," says David Markley, who spent seven years at Amazon and is now an executive coach for workers at large tech companies. "It's not because the companies don't have the money. In a lot of ways, it's because of AI and the narratives out there about how collapsing the organization is better...." In some cases, companies post record revenue while still trimming head count. Google co-founder Sergey Brin told a group of employees in February that 60 hours a week was the sweet spot of productivity, in comments reported earlier by the New York Times. One recruiter at Meta who had been laid off by the company was rehired into her old role last year, but with a catch: She's now classified as a "short-term employee." Her contract is eligible for renewal, but she doesn't get merit pay increases, promotions or stock. The recruiter says she's responsible for a volume of work that used to be spread among several people. The company refers to being loaded with such additional responsibilities as "agility." More than 50,000 tech workers from over 100 companies have been laid off in 2025, according to Layoffs.fyi, a website that tracks job cuts and crowdsources lists of laid off workers... Even before those 50,000 layoffs in 2025, Silicon Valley's Mercury News was citing some interesting statistics from economic research/consulting firm Beacon Economics. In 2020, 2021 and 2022, the San Francisco Bay Area added 74,700 tech jobs But then in 2023 and 2024 the industry had slashed even more tech jobs -- 80,200 -- for a net loss (over five years) of 5,500. So is there really a cutback in perks and a fear of layoffs that's casting a pall over the industry? share your own thoughts and experiences in the comments. Do you agree with the picture that's being painted by the Wall Street Journal? They told their readers that tech workers are now "just like the rest of us: miserable at work."

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The university blamed it on "the significant number of students" who violated their coding competition's rules. Long-time Slashdot reader theodp quotes this report from The Logic: Finding that many students violated rules and submitted code not written by themselves, the University of Waterloo's Centre for Computing and Math decided not to release results from its annual Canadian Computing Competition (CCC), which many students rely on to bolster their chances of being accepted into Waterloo's prestigious computing and engineering programs, or land a spot on teams to represent Canada in international competitions. "It is clear that many students submitted code that they did not write themselves, relying instead on forbidden external help," the CCC co-chairs explained in a statement. "As such, the reliability of 'ranking' students would neither be equitable, fair, or accurate." "It is disappointing that the students who violated the CCC Rules will impact those students who are deserving of recognition," the univeresity said in its statement. They added that they are "considering possible ways to address this problem for future contests."

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