Zero-Parameter Blind Predictions for Upcoming Astrophysical Observations Under the V256 Lattice Core (UMM v8.2)

This document registers three immutable, zero-parameter blind predictions for upcoming astrophysical and gravitational data releases scheduled for 2026. Designed as a strict empirical verification matrix for the Universal Metric Mismatch (UMM v8.2) framework, the paper establishes deterministic mathematical signatures for: 1. Target 1 (GW231123): Quantized post-merger ringdown frequencies (f1 = 144.00 Hz, f2 = 72.00 Hz) derived from the stable coordination shell constraints of the V256 lattice under perfect monolithic stillness (V_Rest = 0). 2. Target 2 (DESI-ANOM-2026-A): An unalterable flat orbital velocity plateau at 115.30 km/s to be cross-verified by the DESI DR2 full-shape BAO analyses. 3. Target 3 (M32 dwarf satellite): A localized centripetal acceleration vector (38.10 km/s) and topological disk-warping metrics generated across the inter-core density bridge. All predictions are registered prior to the public decompression of the respective instrumental archives, completely eliminating the possibility of post-hoc MCMC parameter tuning or auxiliary cold dark matter mapping. The core calculation algorithm is bound to the invariant mechanical slip factor (alpha = 0.024) and the metric resonance invariant (zeta = 1.024) archived under DOI: 10.5281/zenodo.20185382. Protected under the PolyForm Noncommercial 1.0.0 License with strict commercial AI training and automated text-mining interdictions.