✨ Check out this awesome post from Hacker News 📖 📂 **Category**: ✅ **What You’ll Learn**: Full formattingBold, italic, underline, strikethrough, superscript, subscript, text colour, highlightingTablesInsert, resize, cell backgrounds, borders, row and column managementPage layoutA4, Letter, Legal. Portrait or landscape. Custom margins. Multi-columnFootnotes & TOCPopover editing, auto-generated Table of Contents with page numbersHeaders & footersPage numbers, custom text, and layout guidesListsBullets, numbers, letters, Roman numerals. Five bullet stylesFind & ReplaceCase-sensitive, whole-word, regex. Match counterLaTeX mathPaste equations from ChatGPT or Gemini. Inline and display mathCustomizable toolbarDrag to reorder, toggle groups on or off. Your layout persists across sessionsPinch-to-zoomTrackpad pinch gesture to…
🔥 Discover this insightful post from TechCrunch 📖 📂 **Category**: AI,Government & Policy,OpenAI ✅ **What You’ll Learn**: A coalition of state attorneys general has reportedly opened an investigation into OpenAI. The company received a subpoena from the New York Attorney General on Friday, according to the Wall Street Journal. This subpoena sought documents relating to a wide range of topics including the company's advertising, user engagement and retention, model ingratiation, handling of consumer and health data, and treatment of minors and the elderly. TechCrunch has reached out to OpenAI and the New York Attorney General's Office for confirmation. A company…
🚀 Discover this must-read post from Hacker News 📖 📂 **Category**: 💡 **What You’ll Learn**: In 1980, Intel released the Intel 8087 floating-point coprocessor, a chip that could make math up to 100 times faster. As well as arithmetic and square roots, the 8087 computed transcendental functions including tangent, exponentiation, and logarithms. But it all depended on a 69-bit adder: "The arithmetic heart of the floating-point execution unit is centered about a nanomachine comprised of the adder and its related registers, shifters and control circuitry," as the patent describes it. In this article, I explain the circuitry of this adder.…
🚀 Check out this trending post from TechCrunch 📖 📂 **Category**: Hardware,Gadgets,Speaker,sleep aid,speaker review ✅ **What You’ll Learn**: I have suffered from insomnia since I was very young. Like many people who suffer from chronic overthinking, I tend to sleep better when my mind is occupied with something else, like podcasts, YouTube groups, or my personal favorite: rain sounds. But earbuds can be uncomfortable, and playing the volume loudly isn't exactly considerate when I'm staying at my partner's house. That's why I was intrigued by the new Peace Duo under-pillow speaker from Jabis. Launched last month, this ultra-thin speaker uses…
🚀 Read this insightful post from Hacker News 📖 📂 **Category**: ✅ **What You’ll Learn**: This article was originally published as a gist here. What is Orthodox C++? Orthodox C++ (sometimes referred as C+) is minimal subset of C++ that improves C, but avoids all unnecessary things from so called Modern C++. It’s exactly opposite of what Modern C++ suppose to be. Why not Modern C++? Back in late 1990 we were also modern-at-the-time C++ hipsters, and we used latest features. We told everyone also they should use those features too. Over time we learned it’s unnecesary to use some…
✨ Check out this awesome post from WIRED 📖 📂 **Category**: Security,Security / Cyberattacks and Hacks,Security / National Security,Security / Privacy,Security / Security News,Security Roundup ✅ **What You’ll Learn**: After the WIRED report Last week, Meta's smart glasses app contained a code that enables the company to activate facial recognition features on devices. The company removed the code this week without commenting on why or whether it plans to add this functionality back to the app later. Another WIRED investigation this week found that xAI's Grok still hosts deeply sexual content, including "nude" photos and videos of celebrities and at…
💥 Explore this must-read post from Hacker News 📖 📂 **Category**: ✅ **What You’ll Learn**: Last week, the United States Department of Commerce issued an order declaring that "noise infusion" will be banned from all statistical products published by the Census Bureau and the Bureau of Economic Analysis. What does it mean, and why should you care? Statistical products are a bunch of numbers published from a secret dataset. Often, that dataset contains confidential information, and it is important that the numbers don't reveal that information. The U.S. Census is a well-known example: the statistics are made public, but the…
🚀 Explore this trending post from WIRED 📖 📂 **Category**: Gear,Gear / Reviews,Gear / Products / Home,Gear / Products / Smart Home,Product Review 📌 **What You’ll Learn**: You may also need to upgrade your wiring and electrical panel and obtain permission from your local authority. In my case, here in Scotland, that meant asking my distribution network operator. The American equivalent is the Electricity Distribution Corporation or local distribution company. They may have to upgrade your connection. I needed a new slot with a larger fuse to handle the EV charging, battery, and air source heat pump, but the upgrade…
💥 Check out this trending post from Hacker News 📖 📂 **Category**: ✅ **What You’ll Learn**: Hello you fine Internet folks, today we have an interview with Kira Boyko, the Product Director of Intel Xeon 6+. Hope y’all enjoy!Transcript below has been edited for conciseness:George Cozma: Hello, you fine internet folks. We’re here at Computex 2026 at the Intel booth, or booth-room-floor area, whatever you want to...Kira Boyko: Call it Intel space.George Cozma: Yeah, well, whatever you want to call it. And I’m here with...Kira Boyko: I’m Kira Boyko, and I am the product director for Intel Xeon 6+, which…
🔥 Explore this must-read post from WIRED 📖 📂 **Category**: Science,Science / Physics and Math,Dot Physics ✅ **What You’ll Learn**: We need something else, how about Newton second law? This says that acceleration depends on the net force (Fnetwork) and mass (M) of an object. It is usually written as Fnetwork = m x aBut we can rearrange it as follows: A = Fnetwork/m. Combining this with the force of gravity, we get something interesting:Courtesy of Rhett AllenSince gravity and acceleration depend on the mass of the ball, the mass cancels out. We find that any body on Earth has…
