Pure Locking Inference: Final Complete Archive v11.0 — Ultra Detailed Bilingual Edition

This is the complete bilingual archive of Pure Locking Inference (PLI). 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 ultra-detailed edition includes the core axiom, the condition γ > Γ, the three physical states, the flip mechanism, the candidate assumption A3, the FΛCDM model, the glueball vacuum viscosity bridge, falsifiable predictions, verification layers, and open problems. It is the full reference document for the scope of PLI. --- PLI 是一个基于单一公理的物理框架:测量是两个内禀锁定结构之间建立关系锁定的过程。 本超详细版本包含核心公理、γ > Γ 条件、三种物理状态、翻转机制、候选假设 A3、FΛCDM 模型、胶球真空粘性桥接、可证伪预测、验证层和开放问题。

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-05
DOI
https://doi.org/10.5281/zenodo.22320697
Primary Topic
Quantum many-body systems
Type
preprint
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preprint

Pure Locking Inference: Final Complete Archive v11.0 — Ultra Detailed Bilingual Edition

Meng Chen
Zenodo (CERN European Organization for Nuclear Research)
Quantum many-body systems
preprint

Pure Locking Inference: Final Complete Archive v11.0 — Ultra Detailed Bilingual Edition

Meng Chen
preprint en

Abstract

This is the complete bilingual archive of Pure Locking Inference (PLI). 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 ultra-detailed edition includes the core axiom, the condition γ > Γ, the three physical states, the flip mechanism, the candidate assumption A3, the FΛCDM model, the glueball vacuum viscosity bridge, falsifiable predictions, verification layers, and open problems. It is the full reference document for the scope of PLI. --- PLI 是一个基于单一公理的物理框架:测量是两个内禀锁定结构之间建立关系锁定的过程。 本超详细版本包含核心公理、γ > Γ 条件、三种物理状态、翻转机制、候选假设 A3、FΛCDM 模型、胶球真空粘性桥接、可证伪预测、验证层和开放问题。

Zenodo (CERN European Organization for Nuclear Research)
Quantum many-body systems
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