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🚀 Check out this must-read post from Hacker News 📖 📂 **Category**: 💡 **What You’ll Learn**: TL;DR: You might have expected AI to cut healthcare costs, whether it’s by reducing paperwork, automating the doctor’s notes, or thinning out hospital staff. But a new 60-page PwC report suggests the reverse: So far, one of its most widespread uses is making medical bills bigger. It’s an example of how AI isn’t only good at making tasks more efficient—it’s also very good at finding more granular ways to boost a sector’s bottom line. What happened: AI is one of five potential drivers of health costs climbing…

✨ Explore this insightful post from Hacker News 📖 📂 **Category**: ✅ **What You’ll Learn**: In 1994 I got my first computer: an Intel i486 DX2-66 with 4 MB RAM and a 512MB harddisk. The software was IBMs OS/2 and Microsofts Windows 3.11. In the next four years I was upgrading this machine every few months with more RAM (up to 16MB), a CD-ROM-drive and a soundblaster card. So I learned upgrading this machine, installing new software and finally learned how to program new software using BASIC. But I never got in touch with the boot-process or the details of…

✨ 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 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.…