Why Can't We See Anything? Direct Observational Identification of Dark Matter and Dark Energy through the RingCross φ Resonance Model — Cabin 1/2 Origas, NGC 1052 Case Study, Solar System to Cosmic Scale (DOI 4)

DOI 4 — Fourth and culminating publication of the Origas RingCross corpus. This document presents the direct observational identification of Dark Matter and Dark Energy through the RingCross (RC) φ Resonance Model, developed within the Galilean framework of Cabin 1/2 Origas. CORE RESULTDark matter is identified as baryonic mass stored in φ-resonance nodes along cosmic filaments activated by AGN jets. Dark energy is identified as the kinetic tensional energy of the inter-node antinodes. The same φ-law d_n = d_0 · φ^n applies, without free parameters, from the Solar System scale (95.45 AU RingCross) to the extragalactic scale (NGC 1052 system at 19.5 Mpc = φ^25). OBSERVATIONAL ANCHORS- HD 29065 at 171.2 pc (error < 0.1% on φ prediction)- TYC 5314-1829-1 at 473.9 pc (error < 1.5% on φ^4 prediction)- NGC 1052 at 19.5 Mpc (matching φ^25)- DF2 and DF4 dark-matter deficit predicted by their antinode position- 30+ globular clusters of NGC 1052 distributed in φ coronas- Combined probability of chance coincidence: P ≈ 10^-12 FALSIFIABLE PREDICTIONS- 1000 RingCross extragalactic candidates catalogued (CSV supplementary file)- 1000 RingCross Solar System nodes catalogued- Three-Zone RingCross Test against LSST/Vera Rubin pipelines- φ-corona spectroscopy of NGC 1052 globular clusters- Tifft 36 km/s redshift quantization confirmation INDIVISIBLE CORPUS — DOI CHAINThis document is the fourth and final part of an interlocked corpus:- DOI 1 (2025): φ-law at the local Solar System scale — 10.5281/zenodo.19705553- DOI 2 (2025): Extension to galaxy groups — 10.5281/zenodo.19707558- DOI 3 (2026): NGC 1052 and dark-matter-free galaxies — 10.5281/zenodo.20040749- DOI 4 (2026): Complete identification of Dark Matter and Dark Energy — this record Each DOI supports the others; the corpus cannot be refuted in isolation. EPISTEMIC FRAMEWORKThe work is conducted within the overhanging Galilean framework of Cabin 1/2 Origas, which establishes that the Aspect-type measurements of 1981 (A + B = A; AB = BA) cannot be placed on the same epistemic level as Galilean access to the initial conditions of fundamental experiments validated by Nature. The RC φ model restores the interchange interval destroyed in 1981 and provides a unified, falsifiable architecture across three simultaneous scales. DATA AND REPRODUCIBILITYAll data used is publicly available: Gaia DR3, DESI Legacy Surveys DR10, SPHEREx QR2 D1/D2/D3, unWISE W1/W2, PanSTARRS DR1, SIMBAD/CDS Strasbourg, NED/IPAC, Aladin v12.0. No proprietary data. Full reproducibility guaranteed. PRIORITYAll discovery priority is established by the timestamp of this Zenodo deposit. The 1000-candidate catalogue constitutes testable predictions, NOT confirmed detections, in accordance with Galilean scientific honesty. — Thierry Origas, Cabin 1/2 Origas, Colmar, France, 15 May created, 22May date ZENODO 2026