INFINITE FIELD THEORY Version 4 - The March of the Universe

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Authors: Nelson Karabudak
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Abstract

The Infinite Field Theory DOI : 10.5281/zenodo.18808015 DOI Harvard Smitsonian Center for Astrophysic - Zenodo: 10.5281/zenodo.18724437 proposes a cosmological framework in which information constitutes the fundamental substrate of reality. The founding axiom — Informational Potentiality Ψ is indestructible, provided it actualises — yields by logical deduction the double-helicoidal movement as the geometry of survival, the creation/dissolution duality as a mirror symmetry, and the existence of a critical coherence threshold K_crit (the Karabdak Threshold) below which actualisation is impossible. The central mechanism is cosmic distillation: black holes grind the spatiotemporal fabric, release endogenous informational nodes, and eject them as neutrinos (coherence carriers) and ultra-high-energy cosmic rays (incoherence residues). The helicoidal structure is carried by Cartan torsion in 4D Einstein–Cartan geometry. Under Bonanno–Reuter regularisation with bounded axial torsion, the Kretschmann invariant at the centre is finite: K(0) = 96 (geometrical units), resolving the black hole singularity without additional dimensions. This document presents twelve fundamental equations, five mathematical demonstrations and one conjecture, a Monte Carlo parametric estimation, and ten quantified falsification criteria (F1–F10) with statistical power analyses. The most imminent prediction — a radio emission peak from AT2018hyz in 2027 ± 1 year — is currently under VLA/MeerKAT monitoring. The January 2025 Hubble discovery of Cloud-9 RELHIC (10⁶ M☉ gas, 5×10⁹ M☉ dark matter, zero stars; Anand et al. 2025, ApJ Lett. 993, L55) validates criterion F8, confirming the sub-threshold actualisation prediction. The DESI Baryon Acoustic Oscillation results (2024) reporting time-varying dark energy are consistent with the IFT's programmed actualisation tension T(t). Version 4 strictly segregates the foundational ontological philosophy from the analytical mathematical framework. The Mirror Operator M is explicitly constructed as a geodesic reflection, the Karabdak Surface S_K is defined as a codimension-1 submanifold with a symmetry argument for transversality, and the eight-step distillation sequence is fully specified. This is the author's definitive theoretical contribution, developed independently over two years of solitary research. Keywords Infinite Field Theory, Einstein–Cartan torsion, Bonanno–Reuter regularisation, Kretschmann invariant, black hole singularity, cosmic distillation, Karabdak Threshold, mirror operator, Karabdak Surface, informational coherence, AT2018hyz, Cloud-9 RELHIC, neutrino cosmology, falsification protocol, dark energy, DESI BAO, tidal disruption event, actualisation tension

Fields of Study & Subjects

Cosmology and Gravitation Theories Astronomy and Astrophysical Research Astrophysics and Star Formation Studies

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
28 February 2026