大能场手征锚定理论与多信使观测窗口
Year: 2026
Type: preprint
Abstract: This paper proposes the “Grand Energy Field” (GEF) theoretical framework, aiming to uniformly explain the origin of primordial chiral asymmetry and its testable imprints in multi-messenger observations. The core idea of this framework is that in the early universe, there existed a background scalar field dominating the energy density — the Grand Energy Field — which, through topological coupling mechanisms during inflation, generated a non-zero chiral chemical potential (the “anchoring potential”). This chiral asymmetry was subsequently transmitted to matter fields through gravitational anomaly, hydrodynamic evolution, and sphaleron transduction processes, ultimately leaving testable imprints in multiple observational windows including baryon asymmetry, chiral gravitational wave power spectrum, and CMB polarization rotation. This paper establishes a three-layer core structure of “anchoring potential core — transmission evolution core — observation window core,” introduces the golden ratio as a self-referential fixed point of the anchoring potential, and discusses compatibility with existing observational data and future multi-messenger testing strategies. Keywords: Grand Energy Field Theory; Chiral Anchoring; Topological Coupling; Inflation; Chiral Gravitational Waves; Baryon Asymmetry; Multi-Messenger Observations; Golden Ratio
Author: 可佳, 丁
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7214746189