HDC-CBC/CM Greater Cosmos: basal state and ontological closure of the Hypothesis of Correlational Disequilibrium

Author’s Preface — Volume HDC–CBC/CM This work does not introduce a new cosmological framework nor does it extend the dynamic formalism of HDC–CBC. It neither postulates additional physical entities, new degrees of freedom, nor observational mechanisms not previously contemplated. Its purpose is not to formulate new physics, but to clarify the ontological status of the basal level implicitly required by the framework. The objective of HDC–CBC/CM is strictly structural and epistemological: to assess whether the notion of a non-geometric basal state—referred to in the HDC–CBC corpus as the Greater Cosmos—can be eliminated from the framework without loss of variational, cosmological, or ontological coherence. The analysis does not aim to establish an independent ontology nor to attribute observable physical properties to this state, but rather to determine whether its explicit formulation is unavoidable in order to preserve the conceptual consistency of the model. The Greater Cosmos is not presented here as a universe, a physical space, or a dynamic domain. Nor is it introduced as a fundamental vacuum or as an underlying microscopic level. Its status is examined exclusively as a structural reference state, necessary to precisely delimit the domain of validity of emergent dynamics and to avoid improper extrapolations of the cosmological formalism. This volume constitutes the second work in the SSIP (Supplementary Structural & Interpretative Program) collection of the HDC–CBC framework, following HDC–CBC/I. As with Volume I, the works included in SSIP do not introduce new physical dynamics, new parameters, or additional degrees of freedom. Their function is to complement the theoretical core of HDC–CBC through structural analyses, interpretative clarifications, and evaluation of the ineliminability of certain conceptual elements of the framework. While HDC–CBC/I examines the ineliminability of a correlational degree of freedom based on criteria of indirect inference, HDC–CBC/CM addresses a different level of the problem: the ineliminability of a non-dynamic basal state as a minimal ontological reference. Both volumes operate as second-level evaluations, conceptually independent from one another, yet complementary in their role of stabilizing the framework. This work presupposes the prior existence of HDC–CBC as developed in the fundamental modules α (initial ontological formulation) and Ω (correlational synthesis), as well as in the dynamic and observational extensions of the framework. Consequently, HDC–CBC/CM should not be read as a foundational text, but as a structural clarification intended to precisely delineate what belongs to the physical core of the model and what functions as a non-dynamic ontological reference. Throughout the volume, several conceptually independent lines of analysis—variational, cosmological, and ontological—are examined in order to evaluate the necessity of the Greater Cosmos within HDC–CBC. None of them is intended to constitute a definitive proof; the emphasis lies, once again, on the structural convergence among distinct arguments rather than on the isolated strength of any single one. The reader will not find here direct empirical claims nor maximalist ontological assertions. Instead, they will find a deliberately conservative analysis whose purpose is to answer a precise and limited question:Can the basal state of HDC–CBC be eliminated without destroying the ontological coherence of the framework?The remainder of the work is organized as a progressive response to this question.