GEE Early-Universe Evolution Scenario: Gravitational Dissipative Structure Framework without Dark Matter and Dark Energy

Abstract This paper constructs a complete evolution scenario from the very early universe to the CMB within the GEE framework, under the premise that there is no dark matter, no dark energy, and no cold dark matter. The core of the framework is the GEE gravitational dissipative structure. This paper strictly distinguishes four types of content: first-principles derivations, definitions, physical assumptions, and phenomenological constructions. In this revision, based on Revision 11, the following issues are corrected: (1) all content is strictly relabeled, changing previously mislabeled order-of-magnitude estimates from [Derivation] to [Order of magnitude], and changing the incomplete lithium solution to [Assumption]; (2) a quantitative derivation of primordial black hole spin is added; (3) a quantitative model of angular momentum transfer is added; (4) the functional-substitution meaning of “no dark matter, no dark energy” is clarified; (5) parameter naturalness is discussed; (6) compatibility with existing constraints is discussed. The paper explicitly marks which items have been calculated quantitatively, which are only order-of-magnitude estimates, and which remain unsolved. This paper does not claim to have satisfied all observational data; it only claims that the framework is self-consistent, partially quantitative, and that the core problems remain open.