PLI Speculative Layer Falsification Statement: Mother Black Hole Spin and 3D Flip Anisotropy

Abstract

This speculative layer statement proposes that the spin axis of a mother black hole may introduce a preferred direction into the three-dimensional flip process of the Pure Locking Inference framework. It relies on the candidate note on vector winding number and three-plane anisotropy for definitions of the plane components N_xy, N_yz, N_zx and the anisotropy parameter δ. Observable predictions include very weak axial bias in the CMB low multipoles, background magnetic field axis preference, and neutrino flavor asymmetry. Falsification conditions are given. The statement explicitly notes that the global scalar definition of N_eff remains open, and that the three plane components are directional extensions only. A concrete CMB statistic is not yet specified, and must be added before this statement can enter the candidate layer. 本推测层声明提出,母黑洞的自旋轴可能给纯锁定推理框架中的三维翻转过程引入一个优先方向。它依赖矢量环绕数与三平面各向异性候选技术笔记中关于平面分量 N_xy、N_yz、N_zx 和各向异性参数 δ 的定义。可观测预言包括 CMB 低阶多极矩的极弱轴向偏心、背景磁场轴向偏好和中微子味不对称。给出了证伪条件。本声明明确说明 N_eff 的全局标量定义仍然开放,三个平面分量只是方向扩展。具体 CMB 统计量尚未指定,在本声明进入候选层之前必须补上。