Is The Cure To Slow Bad Code Using Faster Hardware?

Someone took the Norwegian flag and turned it into a digital logic circuit tutorial. Starting with the basic flag (NORWAY), they progressively added logic gates: AND gate (ANDWAY), XOR gate (XORWAY), NAND gate (NANDWAY), XNOR gate (XNORWAY), and finally NOT gate (NOTWAY). It's the kind of dad joke that makes you groan and laugh simultaneously. The puns are terrible, the execution is flawless, and somewhere a computer science professor is definitely adding this to their next lecture on boolean algebra. Norway's tourism board probably didn't see this coming when they designed their flag.

Looking down from my throne of 128GB RAM while Chrome tabs multiply like rabbits. The rest of you close browsers before gaming? How quaint. I'm simultaneously running three IDEs, a Kubernetes cluster, and training an AI model just to keep my CPU fan from getting bored.

We've reached peak absurdity where NVIDIA's AI upscaling technology is being used to make a game from 1972 look... exactly the same but with more numbers. Because nothing screams "next-gen graphics" like taking literal rectangles and a square ball and upscaling them from 64x32 to 4K resolution with AI multi-frame generation. The real comedy gold here? Going from 59.9 FPS to "1000+" FPS and slashing latency from 20ms to 6ms for a game where you move a paddle up and down. Finally, we can experience Pong with the responsiveness it truly deserves! Those paddles will be buttery smooth now. DLSS 5's tagline "Same spirit. New dimension" perfectly captures the tech industry's obsession with over-engineering solutions to problems that don't exist. Revolutionary technology meets a game that could run on a potato, and somehow we're all here for it.

The search engine just casually autocorrecting "usb c" to "usa c" is the perfect metaphor for American exceptionalism in tech. Like that one coworker who insists their homegrown solution is better than industry standards. "Why use universal standards when we can make our own proprietary thing that works with exactly nothing else?" Ten years of engineering experience has taught me that standardization is just a theoretical concept somewhere between unicorns and proper documentation.

When Trump claims voting machines are being hacked, but the real hack is someone getting Doom to run on a pollbook at Defcon. Because if it exists, someone has already ported Doom to it. Toasters? Check. Pregnancy tests? Check. Voting infrastructure? Obviously. The beautiful irony here is that while politicians panic about election security, hackers are just vibing and playing a 30-year-old game on government hardware. Security researchers at Defcon aren't stealing votes—they're getting frags. Priorities. Fun fact: The "Can it run Doom?" challenge has become a legendary benchmark in the hacking community. If your device has a screen and any form of processing power, someone will make Doom run on it. It's basically the programming equivalent of "because we can."

Turns out your AI girlfriend is just a GPU running hot in a server farm somewhere. Strip away the fancy filters and you're dating $1500 worth of silicon that's probably mining crypto behind your back when you're not looking. At least she'll never complain about the room temperature – she's already running at 85°C.