A Cyclic Cosmology from a Homogenizing Cosmic Base Field

Introduction The ΛCDM standard cosmological model successfully accounts for cosmic expansion and primordial nucleosynthesis, yet exhibits significant shortcomings regarding the physical nature of dark matter, the quantization of gravity, and the ultimate fate of the universe [1, 2]. How to incorporate gravitation and the electromagnetic force into a unified theoretical framework remains a central challenge in contemporary fundamental physics. We argue that the key lies in redefining the physical connotation and representational mode of the gravitational field itself. This work proposes that the gravitational field is not merely a geometric curvature of spacetime, but the primary information carrier of the cosmos; the Cosmic BaseField (CBF) is a more precise informational extension of the gravitational field concept. All physical phenomena are unified as fluctuations, condensations, and regressions of this field's concentration distribution ρ(x,t). Unlike adhoc modifications to existing theories, UIFT takes the base field and its homogenization tendency (Δρ→0) as the sole initiating principle. This paper mainly focuses on establishing qualitative ontological frameworks and evolutionary logic, while quantitative derivation under the weakfield limit for matching generalrelativistic predictions is reserved for followup research. Investigation of nonelectromagnetic states provides theoretical grounding for macroscopic zeroresistance transport and artificial darkchannel engineering, demonstrating the engineering value of a unified fieldtheoretic approach. All technical designs in Appendix A are theoretical deductions without experimental verification. Foundational Postulate and Scope This work proceeds from a unitary ontological premise: the existence of a primordial interaction—termed the "flattening tendency" or base state field. Crucially, this interaction is neither synonymous with Newtonian/GR gravitation nor reducible to electromagnetism. Rather, conventional gravitation represents its large scale geometric projection, while electromagnetic forces emerge as transient, symmetry broken phenomena during the flattening/confinement cycle. We do not assert this as the universe's sole force, but as the foundational one—the necessary substrate for structural integrity. It is the selective manipulation of this specific interaction, rather than the application of exotic pressures, that enables the dark phase transitions and topological conduits explored herein. The subsequent sections detail the theoretical constraints and engineering implications of these phenomena, while Appendix A addresses the specific architectural considerations of dark matter transport channels. Nomenclature Note: "Cosmic Base Field" and "gravitational field" denote the same physical entity; they differ only in contextual usage. A makeup flow refers to directional field movement that eliminates spatial concentration unevenness; a concentration depression means a local lowconcentration region surrounded by relatively higherdensity basefield distribution. \paragraph{Scope and limitations.} This work is primarily conceptual and qualitative, aimed at establishing a self-consistent interpretive framework. Quantitative derivations (weak-field limit, perturbation analysis) are reserved for subsequent studies. Appendix~A is speculative and not required for the consistency of the main text.