Abstract Quantum Psi-Field Theory (Direction-Field Cosmology) V2. 1 presents a unified physical framework built on a single continuous medium—the elastic and polar "poleon" (℘) —as the sole entity, replacing the standard-model picture of elementary particles plus spacetime geometry. The framework employs only two primitive attributes (elasticity and polarity), three field variables (density ρ, velocity v, and direction field n∈S³), and five measurable Cosserat elastic parameters (λ, μ, μc, α, β) to construct all of physics, reducing the ~19 free parameters of the Standard Model to five genuinely dynamical ones. Within a 4D covariant Cosserat dynamics, gravity is identified as the geometric projection of the medium's strain (curved spacetime is deformation), and quantization arises from the circulation discretization of topological defects (Postulate Q. 1). Topological solitons (Skyrmions / Hopf solitons) yield a geometric classification of 61 particle excitations and naturally unify gravitation, electromagnetism, the strong, and the weak interactions. The work adopts a three-tier evidence grading—【T】 (Theorem) / 【P】 (Proposition) / 【C】 (Conjecture) —to honestly separate what is mathematically rigorous (~47%), mechanistically established but numerically pending (~28%), and well-motivated conjecture (~25%). The framework advances two "crown-level" falsifiable predictions in direct tension with the Standard Model and General Relativity: a direction-dependent one-way speed of light (Crown A) and a scalar breathing-polarization gravitational wave detectable by LISA (Crown B). Released as a preprint, this manuscript aims to provide a clear, falsifiable target for decisive experimental tests over the coming decade (CHIME, LISA, optical-comb one-way-light-speed experiments). 摘要 量子Ψ场论 (方向场宇宙论) V2. 1 提出一个以单一连续介质——兼具弹性与极性的"极子" (℘) ——为唯一实体的统一物理框架, 用以替代标准模型"基本粒子 + 时空几何"的图景。 该框架仅以两个本原属性 (弹性、极性) 、三个场变量 (密度 ρ、速度 v、方向场 n∈S³) 与五个可测量的 Cosserat 弹性参数 (λ, μ, μc, α, β) 构造全部物理, 将标准模型约 19 个自由参数归约为 5 个真动力学参数。在 4D 协变 Cosserat 动力学下, 引力被识别为介质应变的几何投影 (弯曲时空即形变), 量子化源于拓扑缺陷的环量离散化 (公设 Q. 1) 。拓扑孤子 (Skyrmion / Hopf 孤子) 给出 61 种粒子激发的几何分类, 并自然地统一了引力、电磁、强、弱四种相互作用。 全书采用【T】 (定理) /【P】 (命题) /【C】 (猜想) 三级证据体系, 诚实区分已严格证明 (约 47%) 、机制确定但数值待算 (约 28%) 与有根据的推测 (约 25%) 。该框架提出两条与标准模型 / 广义相对论正面冲突的"王冠级"可证伪预言: 单程光速的方向依赖性 (王冠 A) 与 LISA 可探测的标量呼吸偏振引力波 (王冠 B) 。 本稿作为预印本发布, 旨在为未来十年 (CHIME、LISA、光频梳单程光速实验) 的决断性检验提供一个清晰、可证伪的靶子。
卫星 梁 (Fri,) studied this question.