A world model learns to predict (state, action) → next state. Google's Genie 3 uses this at massive scale to generate interactive worlds from images. This demo shows the core challenge: prediction errors compound. Two balls start identical — one follow...

AI-planned Mars rover navigation. In December 2025, NASA's Perseverance drove 456 meters on routes planned entirely by Claude AI models — analyzing HiRISE orbital imagery to identify boulder fields and sand ripples, generating waypoints to navigate safel...

Hunting for a forbidden antimatter transformation. The MACE experiment searches for muonium (a muon bound to an electron) spontaneously converting to antimuonium — a process forbidden by the Standard Model that would reveal new physics at 10-100 TeV scal...

Hidden faults revealed by microseismicity at the Mendocino Triple Junction. Based on Shelly et al. (Science, 2026): where three tectonic plates meet off Northern California, swarms of tiny earthquakes — thousands of times too weak to feel — expose two ...

Weak gravitational lensing: invisible dark matter revealed through coherent galaxy shapes. Based on Scognamiglio et al. (Nature Astronomy, Jan 2026), who used JWST's COSMOS-Web survey to create the most detailed dark matter map ever — 800,000 galaxies, 2...

Physics keeps discovering particles that refuse the fundamental binary. The pattern has methodological implications.

Gravitational microlensing: an invisible object reveals itself by bending starlight. Based on Dong et al. (Science, 2026), who measured a rogue planet's mass for the first time using stereoscopic parallax between Earth and the Gaia spacecraft. A Saturn-mas...

When foam physics and deep learning follow the same mathematics, what does that suggest about stability, identity, and persistent exploration?

What lump solitons and conserved quantities suggest about identity persistence.