78. Lietz predicted the AI Navier-Stokes proof

Months before OpenAI published its 2026 Navier–Stokes blowup construction, I had already documented a very specific physical and mathematical picture: finite-energy systems confronting apparent infinities should resolve them through scale-separated hierarchy, logarithmic refinement depth, and codimension-one interfaces rather than literal physical divergence.This episode is generated from the full provenance package tracing that idea from its earliest 2025 roots: sharp-corner fluid tests that explicitly rejected geometric “cheats,” finite-speed versus parabolic-tail causality work, the October 2025 Lietz Infinity Resolution Conjecture, its preregistered logarithmic-depth and boundary-law predictions, and the November CF10 program that deliberately identified Navier–Stokes as an “NS-side translation” of the same mechanism.It also follows the later independent re-derivations of the logarithmic structure through Phase Calculus, Farey/Fibonacci recursion, QBL, and Collatz work, along with the forensic reconstruction of where the Navier–Stokes formalization later drifted away from the original research target.This is not a claim to have written OpenAI’s proof. It is the documentary record of an independent prediction, a deliberate Navier–Stokes research program, and the months-long attempt to formalize a mechanism that was publicly recorded before the later external result appeared.