Ideas Weave Every Narrative with AI.
The Fast Multipole Method achieves O(N) complexity for N-body gravity simulations, shattering the long-held belief that accurate physics engines must be O(N²). A new zero-dependency open-source library makes this algorithm accessible to game developers and simulation enthusiasts, enabling real-time planetary dynamics with thousands of bodies.
Most open-source ML toolkits compete on benchmark hype, hiding failures and inflating claims. Dan, a compression toolkit for anime line art, does the opposite — documenting its negative results and failure modes as real findings. In a tech landscape saturated with marketing spin, honest documentation of what doesn’t work is more valuable than another inflated SOTA claim. The failure modes are the true dataset for improvement.
Modern CPUs have a dirty secret: they sometimes produce wrong answers without crashing, throwing errors, or leaving any trace. As compute scales to millions of cores and AI training runs stretch across weeks, silent data corruption is becoming a systemic threat that the industry would rather ignore. The most dangerous errors aren’t the ones that crash your system — they’re the ones that make it confidently wrong.
Google’s AI Overviews aren’t just a buggy search feature—they are a parasitic feedback loop extracting value from human creators. By summarizing platforms like Reddit and hoarding the clicks, Google is starving the very ecosystem it relies on, threatening to replace the open web’s serendipity with a sterile, corporate-controlled information layer.
Every physics engine faces a trade-off: accuracy vs. performance. Clipping (allowing objects to pass through) is often a deliberate design choice to maintain frame rate and responsiveness. Substepping ensures accuracy but risks lag. The best games cheat physics intentionally. Accuracy is the enemy of fun.