The Unified Cosmology–Quantum Framework (UCQ) introduces a structural architecture for representing physical reality as a cosmological configuration evolving within a unified state space.The framework integrates three fundamental components: gravitational geometry G(t), quantum dynamical states Q(t), and informational organization I(t).These components are not independent but form a relationally constrained configuration Ω(t) evolving under a structural operator Φ.The central contribution of this work is the formulation of the Cosmological Structural Coherence Theorem, which defines the admissibility of configurations through compatibility constraints.UCQ does not aim to replace existing physical theories but to provide a structural space in which they can coexist and be interpreted as complementary descriptions.The framework situates General Relativity, quantum mechanics, and information-based approaches as components of a unified configuration system.Observable phenomena are modeled as projections of deeper cosmological configurations via a projection operator Ψ.The UCQ framework introduces structural predictions based on stability regimes, attractors, and configuration-space trajectories rather than precise numerical outputs.It also provides a methodological interface connecting theoretical structures with observable cosmological patterns.The informational component plays a mediating role in maintaining coherence between geometric and quantum structures.This document clarifies the formal structure of the configuration space and the admissibility conditions governing cosmological states.Within a CBD-compatible perspective, UCQ can be interpreted as a macro-structural extension where collective informational dynamics act as large-scale attractors shaping cosmological coherence regimes.
Wilson John Sterking LAURET (Tue,) studied this question.