临界意识态下内视觉的层级涨落演化:基于 GYY-GOES 理论、第一人称观测与公开神经科学数据的三重交叉验证 Hierarchical Fluctuation Evolution of Internal Vision in Critical Consciousness State: A Triple Cross-Validation Based on GYY-GOES Theory, First-Person Observation and Public Neuroscience Data
Zenodo (CERN European Organization for Nuclear Research) July 6, 2026 德猛 杨
In the critical transition state between wakefulness and sleep, internal vision follows a continuous four-layer evolution path from pure random noise to stable readable semantic information: pixel-level random fluctuation substrate, intentional screening and reconstruction, modular structural fluctuation, and stable readable semantic information. This sequence conforms to the universal evolution law of 'disordered substrate - hierarchical constraint - ordered emergence' from the GYY-GOES theory and is consistent with neuroscience data on hierarchical processing of the visual cortex and partial prefrontal activation. The work presents the full-chain evolution of internal vision in the critical consciousness state, refining subtypes of the consciousness continuum model.