Imagine a world where developers ace complex frameworks but fumble with CSS div layouts and form functions. It's like a superhero forgetting to tie shoelaces! While frameworks offer convenience, overreliance on them can dull coding skills. Balance is key! #WebDevelopment 🌐💻

Mozilla.ai is a new startup and community funded with 30M from Mozilla that aims to build trustworthy and open-source AI ecosystem.

japan has seen bigger

Here's my conversation with Guillaume Verdon (gill verdon) aka Beff Jezos (Beff – e/acc), a physicist, quantum computing researcher, and founder of e/acc (effective accelerationism) movement that advocates for rapid technological progress, physics-based reasoning, and memes.

#GPUProgramming - Day 01: 🚀 Exploring RISC architecture: Simplified, optimized instructions in one clock cycle. 🔄 Bye, CISC complexity! 🏎️ Registers rule, boosting speed. 🤖💡 Compiler-friendly design, slick pipelining for simultaneous processing! 🕵️‍♂️ #COA #RISC #LearnInPublic

#GPUProgramming - Day 02: 🔄 Exploring CPU architectures! #RISC, like #ARM & #Power, opts for efficiency with many registers. #CISC, exemplified by #Intel 8086, prioritizes simplicity, offering diverse, complex instructions. RISC excels in energy efficiency. #COA #LearnInPublic

#GPUProgramming - Day 03: 🧠 CPUs: Processors adapt with DISA. #CPU's core duo - Control Unit & Datapath. Datapath: Registers, ALU, Buses, Multiplexers – a data symphony! 🔄 Follow the Instruction Execution Cycle: Fetch ➡️Decode➡️Execute➡️Store➡️ Update PC. 🕹️ #LearnInPublic

#GPUProgramming - Day 04: 🕰️ Dive into processor architectures! 🧠 Single-cycle execution, one clock cycle per instruction, demands a versatile datapath. 🔄 Multi-cycle instructions break it down for a more intricate dance with time. ⏳ #ComputerArchitecture #LearnInPublic 🚀

#GPUProgramming - Day 05: 🚀 Pipelining in computer architecture boosts performance by dividing instruction execution into stages. Techniques like forwarding, branch prediction, and superscalar processors enhance parallelism.💻🌐 #ComputerArchitecture #Pipelining #LearnInPublic

#GPUProgramming - Day 06: 🔍 Diving into computer architecture! 🖥️ Structural hazards arise when hardware resources are in high demand, causing contention among instructions. Data hazards? RAW, WAR, WAW – the battle for data paths and registers! 💡 #COA #LearnInPublic

#GPUProgramming - Day 07: 🔧 #CPU Hazards 101 🚧: Ever heard of #Register Renaming & Out-of-Order Execution? They tackle structural hazards, ensuring smooth sailing for instructions. Watch out for Data Hazards (#RAW, #WAR, #WAW) in #MIPS, but fear not! #COA #LearnInPublic

#GPUProgramming - Day 08: 🚀 Explored #computerarchitecture today! 🖥️ Control Hazards tackle branch prediction, #Pentium FDIV bug a classic example. 💡 Memory #Hierarchy is key—#RAM, #cache levels (L1, L2, L3), and storage devices play crucial roles. 🔄🌐 #Memory #LearnInPublic

How created: Quantum computers are built using qubits, which can exist in multiple states simultaneously due to a phenomenon called superposition, enabling them to perform parallel computations and potentially achieve exponential speedup. 🔗 youtu.be/ArW8x1NpqGs

When you need to calculate the ceiling of a division in C++, use (a + b - 1) / b instead of std::ceil. It’s faster, uses only integer math, and avoids floating-point precision issues—perfect for competitive programming! 🚀 #CodingTips #CompetitiveProgramming #Cplusplus

Quantum computer outpaces traditional methods in solving complex puzzles using advanced quantum search algorithms.

Google's new quantum computing chip Willow is septillions of times faster than a classical computing chip - it would take a classical computer 10 septillion (10,000,000,000,000,000,000,000,000) years to simulate what Willow can do in 300 seconds

GTA 4 is still ahead of most open world titles in terms of details, physics, and atmosphere with Liberty City, and this is a game that's nearly 17 years old. Here are 10 hidden & small details from GTA 4 that prove it was ahead of its time. A Thread 🧵

3️⃣Project Padawan: A sneak peek at our SWE agent and how we envision these types of agents will fit into the GitHub user experience. When it’s released later this year, Project Padawan will allow you to directly assign issues to GitHub Copilot – and have it produce fully-tested

Browser Use UI can do DeepResearch👀 Repo is 100% open source ↓ Thanks Gradio for powering the UI🔥