Top Tweets for #TimeIsLight

Fable 5.2 now builds rocket parts in Blender around the exact point where they are meant to break Every part fails eventually, and in flight hardware the only question that matters is which one goes first and what it takes with it. Nobody places a weak point by hand, a Python script runs the loads and writes the failure order into the geometry: > Load: real flight forces applied to every surface > Rank: parts sorted by what their failure destroys > Shape: the chosen break point thinned on purpose • What designing the failure buys > A bracket that yields before the tank it holds > A mount that shears clean instead of tearing > A failure that happens where sensors already sit • Why strongest everywhere is the wrong target > Making one part stronger moves the break elsewhere > An unplanned failure path is just an unknown one > Mass spent on the wrong part is mass off the payload A full assembly gets its failure order in about five minutes. And the part that broke my brain: The over engineered version survived the test and took the structure around it down. The deliberately weakened one broke first, alone, and everything above it flew. Same assembly. One version decided nothing about how it dies. Strength was never the goal. It was choosing which part goes first ↓

Introducing Higgsfield Miracle. Our latest proprietary post-production technology vectorizes any video into layers for localized, pixel-level editing in real time, with world knowledge built in. Every frame holds the image depth needed for cinema-grade post-production. Now in private beta with select testers. Coming soon to Higgsfield MCP. Set up Higgsfield MCP in Claude to be the first to try it.

⚛️ The Strange Quantum Experiment Where Measuring Something Can Change What Happens What if simply measuring something could change its behaviour? It sounds impossible, but quantum physics has demonstrated something remarkably similar. At the quantum level, particles can exist in a state called superposition, where multiple possible outcomes are described together. But when scientists measure a particle, they obtain a definite result. Here's the fascinating twist: the observer doesn't have to be human. A detector or another physical interaction can perform the measurement. Human consciousness is not required, despite what many viral posts claim. Even stranger, experiments such as the famous double-slit experiment show that the way scientists measure particles can determine whether wave-like interference appears. This doesn't mean your thoughts control the universe. It means that, in the quantum world, measuring a system is a physical process that can influence what happens. The universe at its smallest scales behaves very differently from the world we experience every day. Source:
National Institute of Standards and Technology. (n.d.). Quantum mechanics. NIST.

Closed source just stopped meaning "you will never know." Point Claude Code at any app on your computer and it reads how a feature works inside, with evidence: the file, the function, and what is still unknown. It's called REA (Reverse Engineer Anything). Open-source, MIT license, runs locally. Here's the whole process: Install REA and plug it into Claude Code Pick one app you use every day (Notion, Slack, Obsidian are all fair game) Ask in plain English how one feature works Get a clean behavioral spec with no original code Build your own version from that spec Compare it with the original and log what's still unknown The rule: study the original, ship your own. Most people keep paying for features they could understand in one afternoon. Full guide with 5 skills and copy-paste prompts is below. Bookmark this.

Real Video → 3D Character Animation. 🕺🔥 Motion2MixamoRig is an open-source GitHub project that turns human motion into 3D character animation, now with a Blender extension! Want a faster way to reimagine videos? 👀 Explore 👉 https://t.co/5qPK9t0Orl GitHub: https://t.co/PWgS9E0Oyl With Ima Studio's AI video tools, use Seedance 2.5 to bring new creative ideas to life. #3DAnimation #Blender #AIVideo #ImaStudio

The Rhind Mathematical Papyrus is the oldest manuscript written in algebra and trigonometry, dating back to 3,550 years ago. It shows that the Egyptians used first-order equations, geometric series and a second-order algebraic equation, related to the Pythagorean theorem a² + b² = c² It also describes how to obtain an approximation of π accurate to within less than 1% and one of the earliest attempts at squaring the circle.