Dynamical Origin of the Baryon-Antibaryon Asymmetry of the Universe: Interpretation Based on Continuous Ejection from the Central White Hole and Primordial Field Phase Transition/论宇宙正反物质不对称的动力学起源 —— 基于中心白洞持续喷射与创世场相变的解释

Baryon-antibaryon asymmetry remains a core open puzzle in modern particle physics and cosmology. According to Planck satellite observational measurements, the baryon-to-photon ratio reads $\eta = \frac{n_\mathrm{b}-\bar{n}_\mathrm{b}}{n_\gamma} \approx 6.1\times10^{-10}$, demonstrating a net excess of baryons over antibaryons. Extensive theoretical researches based on CP violation and baryogenesis have been developed within mainstream frameworks, yet persistent defects exist in precisely matching observational constraints and naturally satisfying all three Sakharov conditions. Breaking away from conventional fine-tuning schemes at microscopic scales, this work constructs a dynamical deduction framework from the macroscopic perspective of primordial field phase transition built upon the central white hole–void field cosmic evolution system. In the extreme spacetime environment of the primordial cosmic era, chaotic energy generates primordial baryons and antibaryons in exact 1:1 proportion. Subsequent rapid cosmic expansion triggers an irreversible global vacuum phase transition, after which mature spacetime is topologically constrained by the handedness of global inertial vortex force such that chaotic energy continuously ejected from the central white hole condenses exclusively into baryonic matter; transient secondary antiparticles are only produced via vacuum fluctuation under localized high-energy conditions in late cosmic epoch. Three successive evolutionary effects, i.e., remnant survival via primordial dynamical decoupling, persistent baryon replenishment from continuous ejection, and instantaneous annihilation of transient secondary antiparticles, couple coherently to naturally fulfill all three Sakharov constraints within the proposed system, offering a complete macroscopic dynamical explanation distinct from mainstream microscopic baryogenesis theories. 正反物质不对称是现代粒子物理与宇宙学的核心悬案。普朗克卫星观测给出的重子‑光子比 $\eta=\dfrac{n_\mathrm{b}-\bar{n}_\mathrm{b}}{n_\gamma}\approx6.1\times10^{-10}$\,，表明正物质相对反物质富余。主流理论依托CP破缺与重子生成机制开展大量研究，但在定量匹配观测、完整自然满足萨哈罗夫三条件\,方面仍存难点。本文跳出微观参数微调的范式，基于中心白洞—虚空场宇宙演化体系\,，从宏观场域相变视角建立动力学推演路径：创世极端时空场下，混沌能严格 $1:1$ 生成原生正反粒子；宇宙极速膨胀触发全域不可逆真空相变后，成熟时空受全域惯性漩涡手性拓扑束缚，中心白洞持续喷射的混沌能只能单向凝结为正物质；当代局部高能仅靠真空涨落产生瞬态次级反粒子。原初动力学退耦留存、长效纯正物质补给、瞬时次级反粒子湮灭三重演化层层耦合，在体系内自洽且自然地满足萨哈罗夫三项约束\,，为正反物质不对称提供区别于主流微观视角的宏观动力学完备解释。