Oriental- Huaxia Cosmology: Nested Reincarnation Cosmodynamics — A Slice- Asynchronous Evolution Model Regulated by Hyper- Dimensional Energy Fields

This English‑language document is an original theoretical research paper on cosmology. It points out that the ΛCDM standard cosmology is confronted with puzzles including premature high‑redshift galaxies, large‑scale statistical anomalies of the CMB, contradictions about constant dark‑energy and the cosmological‑constant magnitude problem. It also criticizes conventional cyclic‑universe models for theoretical defects: lack of dissipation constraints, infinite reincarnation cycles and missing dynamical mechanisms. The paper proposes the Oriental‑Huaxia Cosmology, constructing nested‑reincarnation cosmodynamics governed by a hyper‑dimensional ontological manifold. It defines the 3.5‑dimensional cognitive‑observation hierarchy and second‑order parabolic irreversible dissipation rules, establishing a cosmic‑evolution system with finite reincarnation, causal slicing and self‑consistent closure. It modifies Friedmann equations via hyper‑dimensional‑field projections, derives a redshift‑dependent effective dark‑energy equation‑of‑state, and builds multi‑component continuous energy‑evolution equations. Reducing to standard cosmology in the low‑energy limit, the model explains observational phenomena such as JWST‑detected premature massive galaxies, CMB anomalies and DESI dark‑energy measurements. Full axiom sets, Lagrangian, field evolution equations and modified Friedmann dynamics are presented. Comparisons are made with conformal cyclic cosmology, ekpyrotic models, string‑theory brane cosmology and loop quantum gravity. The paper contains model predictions, conclusions, acknowledgements, author contributions, conflict‑of‑interest statement, data‑availability note and references.