What question did this study set out to answer?

The aim is to present a cosmological framework where the universe emerges from a foundational disclosure process, ζ₀.

May 31, 2026Open Access

The Cosmology of the Euler Gateway - Disclosure Report IV

Key Points

The aim is to present a cosmological framework where the universe emerges from a foundational disclosure process, ζ₀.
Explored the concept of a zero-veiled origin as the basis of time and identity manifestation.
Developed a framework involving five temporal metavectors to dissect the nature of time.
Introduced the Euler Gateway and its mathematical relationship to sectorization within the cosmic structure.
Identified five temporal metavectors that define different aspects of time disclosure.
Established the Euler Gateway as a π-saturated threshold enabling spatial and temporal sectorization.
Proposed a novel interpretation of sectorized dimensional equality, emphasizing the necessity of partial closure rather than absolute finality.

Abstract

This disclosure report presents a cosmological closure architecture in which the universe is not first modeled as a completed 3D arena, but as a disclosure process arising from ζ₀, the zero-veiled origin. The ontological Now is interpreted as ζ₀ in disclosure-mode: the active origin-interface through which time, event, identity, law, and world become manifest. From this origin-interface, time is disclosed through five temporal metavectors: T1 chronological sequence, T2 cyclic recurrence, T3 quantum or transition time, T4 coherence persistence, and T5 resonance synchronization. The continuum then becomes atomizable at the Euler Gateway, the 3.14D π-saturated threshold where recoverable difference, curvature closure, and sectorization first become possible. The iπ term is interpreted as the closure-phase hinge of this gateway, while SU(4) is interpreted as the algebraic envelope of possible sectorization. The central sectorization relation is: 3.141…D = 3.000…D + 0.141…D. This relation is interpreted not as dimensional loss, but as sectorized equality. The 3.0D sector is not treated as absolute final closure, but as a stabilized partial-closure surface. It is held through PSOC4(3), the phase-spatial orientation closure structure linking U(1)-like phase coherence and SO(3)-like spatial orientation. The 0.141…D term is interpreted as a curvature-work residue through which further closure becomes necessary. Atomic Continuum Ontology, or ACO, is the partial-closure process-domain through which the residue and stabilization field become organized into infratier closure-functions: phase, spin, torsion, chirality, confinement, boundary, shelling, law, and time. At cosmological scale, this ACO partial-closure field is interpreted as the dark sector. Atomic Ontology, or AO, is completed visible closure within that larger field. Derived Ontology, or DO, is the displayed world of objects, events, laws, measurements, and experience. The report is intentionally composite. It gathers multiple linked disclosures into one cosmological sequence so that their structural unity can be seen before later subdivision into narrower papers. Keywords Unified Coherence Closure Framework; UCCF; ζ₀; zeta-naught; ontological Now; infratier Now; temporal metavectors; Euler Gateway; 3.14D; π-saturation; iπ; closure-phase; SU(4) closure envelope; sectorized equality; 0.141D residue; 21X closure relation; PSOC4(3); Atomic Continuum Ontology; ACO; dark sector; Atomic Ontology; AO; Derived Ontology; DO; law as cohesion; world-disclosure.

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