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This work aims to transition the focus of PFUSRC research from topological descriptions to operational rules governing human-regulated systems.

July 12, 2026Open Access

PFUSRC-070 Topological Allocation Theory: Human Request, Structural Constraints, and the Limits of Manifestation — An Adaptive Regulation Framework Based on the PFUSRC System

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This work aims to transition the focus of PFUSRC research from topological descriptions to operational rules governing human-regulated systems.
Investigated human requests through intention and experimentation, including pendulum resonance.
Constructed a threefold constraint system: gradient, hierarchy, and density for regulating topological behaviors.
Analyzed pendulum resonance data under a unified topological framework.
Established that human subjective intention can influence topological allocation results within inherent operational limits.
Identified five rigid limits on manifestation that can restrict regulatory operations.
Demonstrated a self-consistent framework connecting ontology, probability dynamics, and human intervention.

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Transitional work explores how human intentions impact topological allocation within structural constraints, suggesting new operational frameworks.

Zhenmin Wang (2026) studied this question.

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Transitional work explores how human intentions impact topological allocation within structural constraints, suggesting new operational frameworks.