What question did this study set out to answer?

This research aims to eliminate post-hoc parameter fitting in astrophysics by proposing a zero-parameter prediction model.

May 28, 2026Open Access

Zero-Parameter Astrophysical Blind Predictions Matrix Under the Universal Metric Mismatch (UMM v8.2) Computational Core

Puntos clave

This research aims to eliminate post-hoc parameter fitting in astrophysics by proposing a zero-parameter prediction model.
Established a frozen verification matrix containing six zero-parameter predictions for upcoming data releases.
Utilized the Universal Metric Mismatch (UMM v8.2) framework to derive predictions from a discrete spacetime topology.
Employing a honeycomb substrate, replaced continuous spacetime manifolds to derive fundamental metrics from first principles.
Derived fundamental metric resonance invariant ζ = 1.024 and mechanical clearance gap Le = 0.024 from first principles.
Accounted for non-isothermal rotational velocity plateaus in 175 SPARC disk systems without invoking dark matter or dark energy.
Demonstrated topological resilience through asymmetric polar decompressions and non-singular collapses.

Resumen

To completely eliminate the epistemological malpractice of post-facto free-parameter MCMC curve-fitting, this paper establishes a frozen, immutable verification matrix containing six distinct zero-parameter blind predictions for scheduled 2026–2027 international deep-space data releases (DESI DR2, ESA Euclid DR1, JWST PEARLS, Vera C. Rubin LSST, and Nancy Grace Roman Surveys). Utilizing the Universal Metric Mismatch (UMM v8.2) framework, all cosmological, rotational, and structural galactic dynamics emerge naturally from a discrete 256-node spacetime topology characterized by lattice elasticity and rigid boundary constraints. By replacing continuous Riemannian spacetime manifolds with a discrete honeycomb substrate of indivisible volume quantum cells, we derive the fundamental metric resonance invariant ζ = 1.024 and the fixed mechanical clearance gap Le = 0.024 entirely from first principles of network integer registers. The model explicitly accounts for the non-isothermal rotational velocity plateaus of 175 SPARC disk systems, non-singular topological collapses (256 ≡ 0), and asymmetric polar decompressions without invoking non-baryonic dark matter particle halos or dark energy abstractions. Creative Commons Attribution Non Commercial No Derivatives 4.0 International (C) 2026 Markov Efim Sergeevich.All rights reserved.

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