PFUSRC-132D From Three-Dimensional Cognition to Four-Dimensional Ontology — A Manual for Cognitive Phase Switching

This monograph serves as the fourth volume of the PFUSRC seven-layer ontology popular series, independently completed without institutional research support. PFUSRC-132 provides the seven-layer cosmic coordinate framework, PFUSRC-132B delivers the mathematical foundation of living calculus, and PFUSRC-132C offers a full-system panoramic overview. Even after mastering these three documents, readers often remain trapped in static three-dimensional cognitive bias, failing to achieve core comprehension. This paper exclusively solves this bottleneck by guiding readers to finish cognitive phase switching from static 3D thinking to flux-based 4D thinking. No new axioms, formulas or derivations are introduced; all theoretical conclusions are fully rigorously proven in PFUSRC-00 to PFUSRC-034 foundational papers, with this text only providing popular cognitive interpretation. Nine core cognitive propositions are elaborated systematically: the complete topological evolution chain from L0 to L4, the essential distinction between 3D projection layer and 4D ontological layer, three lock-in textures of 3D flux, the inherent static inertia of human perception, the natural elimination of unstable dimensions, four hierarchical categories of mathematics, the contrast between equation-oriented and flux-oriented thinking, the topological mechanism of quantum measurement lock-in, and the layered topological definitions of divinity, humanity and materiality. After finishing this manual, readers can activate the dynamic flux perspective to re-interpret all prior PFUSRC series documents. This work belongs to independent theoretical research, and all reasoning processes rely solely on self-derived topological axiom systems without reliance on external academic institutional resources.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-08-03
DOI
https://doi.org/10.5281/zenodo.21770281
Primary Topic
Cognitive Computing and Networks
Type
article
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article

PFUSRC-132D From Three-Dimensional Cognition to Four-Dimensional Ontology — A Manual for Cognitive Phase Switching

Zhenmin Wang
Zenodo (CERN European Organization for Nuclear Research)
Cognitive Computing and Networks
article

PFUSRC-132D From Three-Dimensional Cognition to Four-Dimensional Ontology — A Manual for Cognitive Phase Switching

Zhenmin Wang
article en

Abstract

This monograph serves as the fourth volume of the PFUSRC seven-layer ontology popular series, independently completed without institutional research support. PFUSRC-132 provides the seven-layer cosmic coordinate framework, PFUSRC-132B delivers the mathematical foundation of living calculus, and PFUSRC-132C offers a full-system panoramic overview. Even after mastering these three documents, readers often remain trapped in static three-dimensional cognitive bias, failing to achieve core comprehension. This paper exclusively solves this bottleneck by guiding readers to finish cognitive phase switching from static 3D thinking to flux-based 4D thinking. No new axioms, formulas or derivations are introduced; all theoretical conclusions are fully rigorously proven in PFUSRC-00 to PFUSRC-034 foundational papers, with this text only providing popular cognitive interpretation. Nine core cognitive propositions are elaborated systematically: the complete topological evolution chain from L0 to L4, the essential distinction between 3D projection layer and 4D ontological layer, three lock-in textures of 3D flux, the inherent static inertia of human perception, the natural elimination of unstable dimensions, four hierarchical categories of mathematics, the contrast between equation-oriented and flux-oriented thinking, the topological mechanism of quantum measurement lock-in, and the layered topological definitions of divinity, humanity and materiality. After finishing this manual, readers can activate the dynamic flux perspective to re-interpret all prior PFUSRC series documents. This work belongs to independent theoretical research, and all reasoning processes rely solely on self-derived topological axiom systems without reliance on external academic institutional resources.

Zenodo (CERN European Organization for Nuclear Research)
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Openalex Percentile: Top 7%
Cognitive Computing and Networks
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