YouTuber Wins DMCA Battle Against Fake Nintendo Lawyer

2024-12-30
YouTuber Wins DMCA Battle Against Fake Nintendo Lawyer

German YouTuber Domtendo faced DMCA takedown requests from a fraudulent Nintendo lawyer, threatening his 17-year-old channel. By noticing the lawyer's use of a ProtonMail address and contacting Nintendo directly, Domtendo exposed the fraud. Nintendo confirmed the email's illegitimacy, leading to the retraction of the claims. This incident highlights flaws in YouTube's DMCA system and the prevalence of copyright abuse, prompting calls for policy reform.

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Flawed AI Forecasting Chart Goes Viral: A Cautionary Tale

2025-05-04
Flawed AI Forecasting Chart Goes Viral: A Cautionary Tale

METR, a non-profit research lab, released a report charting the rapid progress of large language models in software tasks, sparking viral discussions. However, the chart's premise is flawed: it uses human solution time to measure problem difficulty and AI's 50% success rate time as a measure of capability. This ignores the diverse complexities of problems, leading to arbitrary results unsuitable for prediction. While METR's dataset and discussions on current AI limitations are valuable, using the chart for future AI capability predictions is misleading. Its viral spread highlights a tendency to believe what one wants to believe rather than focusing on validity.

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AI

Apple Maps Could Soon Show Search Ads

2025-02-16
Apple Maps Could Soon Show Search Ads

Apple is reportedly exploring the possibility of adding search ads to its Apple Maps app, according to Bloomberg's Mark Gurman. While Apple considered this previously, it's now revisiting the idea. No engineering work has begun yet, so any implementation is still some time away. These ads wouldn't be banner ads, but rather paid search results. For example, a fast food chain could pay for top placement when users search for "burgers." This model is already used by Google Maps, Waze, and Yelp. Adding ads to Apple Maps would further boost Apple's services revenue.

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Lisp1 vs. Lisp2: The Great Namespace Debate

2025-08-09

This technical report delves into the advantages and disadvantages of separating function and value namespaces in Lisp. Lisp1 uses a single namespace, while Lisp2 separates them. The authors analyze the trade-offs in notational simplicity, referential clarity, compiler complexity, higher-order functions, macros, and space/time efficiency. While Lisp1 offers advantages in conciseness and functional programming style, Lisp2 excels in macro usage and mitigating naming conflicts. Ultimately, the report concludes that the status quo (Lisp2) is preferable for Common Lisp.

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Development

Human Body Plastic Pollution: Truth and Challenges

2025-03-10
Human Body Plastic Pollution: Truth and Challenges

Research on plastic pollution in the human body has sparked widespread concern. While numerous studies show microplastics in various human tissues and bodily fluids, limitations in research methods, such as small sample sizes, laboratory contamination, and lack of plausible biological mechanisms, cast doubt on the reliability of the results. Some studies report quantities of plastic particles in human tissues that contradict human physiological mechanisms. Therefore, stricter research standards, greater transparency, and stronger research collaboration are needed to accurately assess the risks of human plastic pollution and develop effective countermeasures.

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Wine 10.0: Smoother Windows App Support on Linux

2025-01-22
Wine 10.0: Smoother Windows App Support on Linux

Wine 10.0 has been released, boasting over 6,000 changes that significantly improve performance, compatibility, and visual experience when running Windows applications on Linux. Key features include full ARM64EC architecture support, 64-bit x86 emulation for better resource utilization, and improved high-DPI scaling. Enhanced Vulkan graphics, better desktop integration, and Direct3D updates further boost performance, particularly for gamers.

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Development Windows compatibility

Metformin's Secret Revealed: Mitochondria Hold the Key

2024-12-18
Metformin's Secret Revealed: Mitochondria Hold the Key

A new study unveils the precise mechanism of action for metformin, a widely used drug for Type 2 diabetes. Researchers discovered that metformin lowers blood sugar by interfering with mitochondria, the cell's powerhouses. Specifically, it blocks mitochondrial complex I, a crucial part of the cell's energy-producing machinery. This research, published in Science Advances, used genetically engineered mice to demonstrate that metformin targets disease-contributing cells without significantly harming healthy ones. This provides a deeper understanding of how this 'wonder drug' works.

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Unification Algorithm: Implementation and Applications

2025-08-18

This post delves into the unification algorithm, a process for automatically solving equations between symbolic terms. It finds extensive use in logic programming and type inference. Starting with pattern matching, the post builds up to the concept of unification, providing a Python implementation based on Norvig's improved algorithm. The implementation includes data structure definitions, the core `unify` function, helper functions `unify_variable` and `occurs_check`, along with detailed code examples and execution results.

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Development unification

Silicon Meets Neuron: A Revolutionary Bio-Chip Hybrid

2025-05-09
Silicon Meets Neuron:  A Revolutionary Bio-Chip Hybrid

A company has developed a technology that cultivates real neurons on a nutrient-rich silicon chip. These neurons live within a simulated world run by a Biological Intelligence Operating System (biOS), directly receiving and sending environmental information. Neural reactions impact the simulated world, and programmers can deploy code directly to these neurons. This technology leverages the power of biological neural networks honed over four billion years of evolution, offering a new approach to solving today's most difficult challenges and marking a breakthrough in synthetic biology and AI.

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Samsung Delays Texas Fab Amidst Weak Demand

2025-07-04
Samsung Delays Texas Fab Amidst Weak Demand

Samsung's highly anticipated Taylor, Texas fab is facing delays due to a lack of customer demand. While construction is nearing completion, the planned 4nm process node is no longer in high demand, and upgrading to 2nm presents significant cost and time challenges. This contrasts sharply with TSMC's Arizona fab, which is operating at full capacity. Samsung is also grappling with low capacity utilization, geopolitical risks, and China's push for semiconductor self-sufficiency. Despite aiming for a 2026 launch, the delay highlights the immense challenges of building new fabs in a fiercely competitive global chip market.

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Google Services Suffer Major Outage Across Eastern Europe

2025-09-04
Google Services Suffer Major Outage Across Eastern Europe

On September 4th, a widespread outage impacted numerous core Google services across several Eastern European countries, including Bulgaria, Turkey, and Greece, causing significant disruptions to daily life and work. Affected services included YouTube, Google Maps, Google Search, Gmail, and Google Drive, with users reporting failures to load videos, map data, search results, and send/receive emails. While not all Google services were affected, the disruption to core services caused major inconvenience for a large number of users. Initial reports point to a server-side issue at Google, rather than user-side connectivity problems.

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Fuzzing Concurrency Bugs with a BPF Scheduler

2025-02-14

At FOSDEM, Jake Hillion from Meta and Johannes Bechberger, an OpenJDK developer, presented their concurrency fuzzing scheduler built using the BPF scheduling framework, `sched_ext`. This scheduler deliberately introduces randomness in scheduling, causing delays and altering thread execution order to surface elusive concurrency bugs. While currently having a significant performance overhead, limiting its use to development debugging, it offers an effective way to uncover real-world logic errors and shows promise for future production use after optimization.

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Development fuzzing

Linaro Connect 2025: Snapdragon X Elite ARM64 Linux Laptop Prototype Unveiled

2025-07-27
Linaro Connect 2025: Snapdragon X Elite ARM64 Linux Laptop Prototype Unveiled

At Linaro Connect 2025, Linaro and TUXEDO Computers showcased a prototype ARM64 Linux laptop powered by the Snapdragon X Elite SoC. This demonstrates significant progress in enabling Linux on Snapdragon devices, meeting the growing demand for ARM computing. While pre-installed Linux Snapdragon laptops aren't yet available, collaborative efforts from Qualcomm, Linaro, and the community have resulted in stable Linux operation on many Snapdragon processors, including the Snapdragon X Elite. Linux Kernel 6.15 currently supports several Snapdragon laptops such as the Lenovo Yoga 7x and ThinkPad T14s Gen 6. TUXEDO Computers' commitment to releasing a Qualcomm laptop with pre-installed Linux further enhances the ARM64 laptop ecosystem.

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Tech Snapdragon

Inline Evaluation: A Productivity Booster for Programmers

2025-03-12

This article introduces inline evaluation, a programming technique that lets you execute code snippets directly within the editor without context switching. The author demonstrates this using a simple text adventure game, showing how inline evaluation facilitates incremental code development, testing functions, and exploring unknown functions. It significantly enhances developer productivity, especially helpful during debugging. The author advocates for broader adoption, arguing it greatly improves the programming experience.

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Development inline evaluation

Beyond A*: A New Pathfinding Algorithm for Breathing World

2025-01-07
Beyond A*: A New Pathfinding Algorithm for Breathing World

Game developer Farer is developing a new pathfinding algorithm for his game, Breathing World, to improve the AI performance of wolves. The existing A* algorithm proves inefficient with high-resolution maps. Farer's new approach, based on Bresenham's line algorithm, constructs paths by detecting and circumventing obstacles, similar to raycasting in 3D engines. This method breaks down the path into waypoints for more efficient pathfinding, promising a significant improvement to the gaming experience.

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Solar Farms Find Unlikely Allies: Thousands of Sheep

2025-01-19
Solar Farms Find Unlikely Allies: Thousands of Sheep

The booming US solar industry has discovered an unexpected partner: sheep. Large-scale solar farms, like SB Energy's massive Texas project, are utilizing thousands of sheep to maintain the land, replacing gas-powered mowers and offering a sustainable alternative. This 'solar grazing' or 'agrivoltaics' trend is expanding, creating opportunities for struggling sheep farmers and fostering positive community reception to solar farms. While long-term environmental impacts require further study, the success stories, like Texas Solar Sheep's rapid growth, highlight the potential benefits of this innovative approach.

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Tech

Elixir/Erlang Hot Code Swapping: Zero-Downtime Deployments

2024-12-13

This article delves into Elixir/Erlang's hot code swapping capabilities, enabling the loading and unloading of code at runtime without requiring system restarts for application upgrades. A simple KV module example demonstrates manual hot swapping, while iex's c/1 and r/1 commands, and the Relups tool, are introduced for easier application and release upgrade management. The article explains Erlang applications, releases, appups, and relups, detailing the use of the Distillery tool to generate application releases and upgrade releases, ultimately achieving zero-downtime deployments and preventing service interruptions.

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Development hot code swapping

Why Cancer Guidelines Remain Stuck in PDFs

2024-12-24
Why Cancer Guidelines Remain Stuck in PDFs

Cancer treatment guidelines are often presented as unwieldy PDFs, hindering standardization of care. The author argues that guidelines are essentially complex decision trees; converting them into machine-readable, structured data could significantly improve cancer treatment. A prototype tool was developed using LLMs to extract information from the NCCN breast cancer guidelines PDF, creating a visual decision tree and an agent that navigates the tree based on patient information to suggest treatment. While early-stage, this demonstrates the potential of structuring guidelines to enhance efficiency and standardization in healthcare.

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Martin: The AI Assistant That's Light Years Ahead of Siri and Alexa

2025-05-25
Martin: The AI Assistant That's Light Years Ahead of Siri and Alexa

Martin is a cutting-edge AI personal assistant that manages your inbox, calendar, to-dos, notes, calls, reminders, and more. Five months after launch, it's completed over 500,000 tasks for 30,000 users, with a 10% weekly user growth rate. Backed by top investors like Y Combinator and Pioneer Fund, and notable angels including the co-founder of DoorDash and former Uber CPO, Martin is seeking ambitious AI and product engineers to help build the next iPhone-level consumer product.

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LA Highway Guardrail Thefts Surge: AI Surveillance Offers a Potential Solution

2025-09-06
LA Highway Guardrail Thefts Surge: AI Surveillance Offers a Potential Solution

A surge in guardrail thefts on Los Angeles freeways is jeopardizing public safety. Over the past two years, repairs have cost over $62,000. Thieves target aluminum guardrails due to rising aluminum prices and ease of resale at scrap yards. Caltrans' attempts to deter theft by welding bolts have failed, leading them to consider fiberglass composite materials. Beyond guardrails, copper wire and cable theft also plagues the city, disrupting essential infrastructure like power and transit. AI surveillance systems are being deployed in some areas to detect and predict suspicious activity, offering a new approach to combating metal theft.

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Penn State Develops 2D Material-Based CMOS Computer

2025-06-15
Penn State Develops 2D Material-Based CMOS Computer

Researchers at Penn State University have developed a CMOS computer based on two-dimensional (2D) materials. Using metal-organic chemical vapor deposition (MOCVD), they grew large sheets of molybdenum disulfide and tungsten diselenide, fabricating over 1,000 transistors of each type. The resulting computer, while operating at a relatively low frequency (25 kilohertz), can perform simple logic operations with low power consumption. This research represents a significant milestone in harnessing 2D materials for electronics, offering a promising pathway for future computing technologies, although further optimization is needed.

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Tech computer

Vicinae: A High-Performance Desktop Launcher Challenging Raycast

2025-09-13
Vicinae: A High-Performance Desktop Launcher Challenging Raycast

Vicinae is a high-performance native desktop launcher built with C++ and Qt, inspired by Raycast. It boasts a mostly compatible extension API leveraging server-side React/TypeScript, eliminating the need for a browser or Electron. Features include file indexing with full-text search, a smart emoji picker, a calculator, an encrypted clipboard history tracker, shortcuts, window manager integration, and a customizable theming system. While some features may have limited support on certain platforms, Vicinae aims to provide developers and power users with fast, keyboard-centric access to common system actions.

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Development desktop launcher

AI Discovers Novel Weight-Loss Molecule Rivaling Ozempic, Without Side Effects

2025-03-07
AI Discovers Novel Weight-Loss Molecule Rivaling Ozempic, Without Side Effects

Stanford Medicine researchers, using an AI algorithm, have identified a naturally occurring molecule, BRP, that rivals semaglutide (Ozempic) in suppressing appetite and reducing body weight. Importantly, animal testing showed BRP avoids side effects like nausea, constipation, and muscle loss. BRP acts through a distinct but similar metabolic pathway, targeting the hypothalamus to control appetite. A company has been formed to launch human clinical trials. This breakthrough relied on AI to sift through thousands of proteins, offering a promising new avenue for obesity treatment.

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Critical Hurricane Forecasting Data to be Cut, Threatening Accuracy

2025-06-28
Critical Hurricane Forecasting Data to be Cut, Threatening Accuracy

Sensors aboard Defense Meteorological Satellite Program (DMSP) satellites will cease providing crucial microwave data to the National Hurricane Center and other non-Department of Defense users by June 30th, significantly impacting hurricane forecast accuracy. This data allows for viewing a storm's internal structure, especially changes to its eye and eyewall, giving forecasters hours of advanced warning of rapid intensification. The reasons for the shutdown remain unclear but may be related to security concerns. While NOAA claims to have alternative data sources, experts worry this could lead to 6-12 hour delays in hurricane forecasts, potentially devastating for Pacific storms and dangerous for mariners.

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Nextcloud Android App Blocked: Google Revokes File Upload Access

2025-05-14
Nextcloud Android App Blocked: Google Revokes File Upload Access

Nextcloud, a self-hosted cloud platform, has been unable to upload non-media files on its Android app since mid-2024. Google refused to reinstate the necessary access permissions, citing privacy concerns, significantly impacting user experience. Nextcloud's team states they've attempted communication with Google, but to no avail. This issue hinders file syncing and uploading, making it difficult for Nextcloud to fully replace Google Workspace.

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Development

JWST Discovery: Was the Universe Born Inside a Black Hole?

2025-03-15
JWST Discovery: Was the Universe Born Inside a Black Hole?

The James Webb Space Telescope (JWST) has made a startling discovery: most early universe galaxies rotate in the same direction, contradicting random universe models. One explanation is that the universe was born rotating, aligning with 'black hole cosmology,' which posits our universe resides inside a black hole. This challenges existing cosmological theories, suggesting each black hole might birth a new 'baby universe'. The research, published in the Monthly Notices of the Royal Astronomical Society, prompts a re-evaluation of the universe's origins and may necessitate recalibrating deep-space distance measurements.

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Nixon's Memoirs: A Surprisingly Intimate Look at a President

2025-07-27
Nixon's Memoirs: A Surprisingly Intimate Look at a President

This post reviews the first volume of Richard Nixon's memoirs. The author challenges preconceived notions of Nixon as an outsider, revealing a surprisingly sensitive individual who valued both power and approval. The review highlights Nixon's perspective on his relationship with Eisenhower, painting a picture of a complex political landscape. The piece also touches upon the momentous events of the 1960s and 70s, including Nixon's presidency, and concludes with a poignant reflection on his career, culminating in his final book, *Beyond Peace*.

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Misc Nixon Memoirs

iOS 26 Beta 3: Liquid Glass Gets a Frosted Makeover

2025-07-08
iOS 26 Beta 3: Liquid Glass Gets a Frosted Makeover

Apple's new Liquid Glass design language in iOS 26 beta 3 has undergone a significant change. Navigation bars, buttons, and tabs are now less transparent, addressing user complaints about readability issues in previous betas. While intended to improve usability, some users feel the change diminishes the distinctive glass-like aesthetic showcased at WWDC, deeming it a step backward. This developer beta suggests Apple is still fine-tuning the design before the public release in September.

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Development

HP's webOS 'Eel': An Innovative OS That Never Was

2025-04-30
HP's webOS 'Eel': An Innovative OS That Never Was

While most of HP's tablet and phone plans were underwhelming, their software team was developing truly innovative designs. Codenamed 'Eel', the next major version of webOS aimed to expand on the 'card' metaphor introduced with the original Palm Pre. It combined 'card stacks' and 'responsive panels', allowing users to open links in new, separate cards on the left, slide them, or 'shear' them to different stacks. This offered flexible window sizing and grouping, managing well on both phones and tablets. It represented an innovative attempt to boost productivity, but ultimately, the project never reached its full potential.

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Development

Iberian Blackout: Was It Renewables' Fault?

2025-06-17
Iberian Blackout: Was It Renewables' Fault?

A massive blackout hit Spain and Portugal in April 2024, affecting nearly 60 million people. While official investigations are ongoing, academics suggest several potential causes, including power plants sending excessively high voltage (overvoltages) to the transmission grid, and uneven reactive power distribution due to the distributed generation model of renewable energy (solar and wind). Traditional power plants provide inertia, stabilizing grid frequency, a characteristic lacking in renewables. The overvoltage issue highlights reactive power management, requiring adjustments to grid management rules to incentivize renewable energy plants to participate in reactive power balancing. Spain and Portugal's low interconnection capacity with neighboring countries also contributed to the blackout's widespread impact and duration. Future improvements in grid management rules, increased interconnection capacity, added energy storage, and AI-assisted grid operation are vital to prevent similar events.

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