Meng Chen

PLI Candidate Ratio of Neutrino Sterile State Angles

本文从 PLI 核心骨架的 H47 结构出发,给出一个候选比值:若中微子惰性态来自最弱方向(法向)的分裂,且一个分裂态保持单关系、另一个多一个关系,则两个惰性态的角度比值为 2。 这个比值不依赖 PLI 几何链的 u₀,不依赖内切圆。它只依赖 H47 的关系计数(一条边一个关系,一个节点连接两条边两个关系),加上一...

PLI Candidate Ratio of Neutrino Sterile State Angles

本文从 PLI 核心骨架的 H47 结构出发,给出一个候选比值:若中微子惰性态来自最弱方向(法向)的分裂,且一个分裂态保持单关系、另一个多一个关系,则两个惰性态的角度比值为 2。 这个比值不依赖 PLI 几何链的 u₀,不依赖内切圆。它只依赖 H47 的关系计数(一条边一个关系,一个节点连接两条边两个关系),加上一...

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

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 anisot...

Pure Locking Inference: Core Skeleton v15.2 Final — Bilingual Edition

EN: This is the final core skeleton of Pure Locking Inference (PLI), version 15.2, bilingual edition. The skeleton organizes PLI into thirteen layers, including the single axiom, definitional readability criterion, three physical states, flip assumption, candidate assumption A3,...

Pure Locking Inference: Core Skeleton v15.2 Final — Bilingual Edition

EN: This is the final core skeleton of Pure Locking Inference (PLI), version 15.2, bilingual edition. The skeleton organizes PLI into thirteen layers, including the single axiom, definitional readability criterion, three physical states, flip assumption, candidate assumption A3,...

PLI Core Skeleton v14.1: Layered Logical Map of Pure Locking Inference

This document presents the core skeleton of Pure Locking Inference (PLI), organized as a layered logical map. The skeleton separates the framework into twelve layers: the single axiom, basic definitions and the readability criterion, the three physical states, the flip assumption...

PLI Technical Note: Electromagnetic Emergence from Planar Element Topology to Magnetic Flux Quantization

This technical note presents a candidate derivation of electromagnetic fields and magnetic flux quantization within the Pure Locking Inference framework. Starting from the candidate assumption A3 that the minimal readable unit is a Planck-area element, the note shows that each ar...

PLI Technical Note: Electromagnetic Emergence from Planar Element Topology to Magnetic Flux Quantization

This technical note presents a candidate derivation of electromagnetic fields and magnetic flux quantization within the Pure Locking Inference framework. Starting from the candidate assumption A3 that the minimal readable unit is a Planck-area element, the note shows that each ar...

Pure Locking Inference: Complete Archive v13.0 Final — Bilingual Edition

This is the final bilingual archive of Pure Locking Inference (PLI), version 13.0. PLI is a physical framework based on a single axiom: measurement is the process of establishing a relational lock between two intrinsic locking structures. This version includes: the core axiom and...

Phase-Locking Interpretation (PLI): Scientific Questions It Can Address

This document uses the Phase-Locking Interpretation (PLI) framework to provide systematic reinterpretations, mathematical formulations, and testable predictions for 15 frontier questions in physics. The core criterion is: γ > Γ. Measurement is locking. The questions addressed inc...

Phase-Locking Interpretation (PLI): Complete Unified Archive v13.4

This document is the complete unified archive of the Phase-Locking Interpretation (PLI), version 13.4. PLI is a physical framework grounded in one postulate: measurement is the establishment of relational locking between two intrinsically locked structures. Its central stability...

PLI Full Archive v2.3: Pure Locking Inference Physical Framework

We present the complete archive of PLI (Pure Locking Inference), a physical framework grounded in the axiom that measurement is the establishment of relational locking between two intrinsically locked structures. The framework derives a stability criterion γ > Γ and three physica...