PFUSRC-008 Probability Ontology defines probability as an intrinsic constraint property of topological structures, yet it fails to resolve how probability evolves when topological structures flow and deform. As a dynamic upgrade to PFUSRC-008, this paper introduces the flow-variable field, - anchoring and information transmission mechanism to establish the topological rheology framework of probability. The core argument of this paper: probability is not a static inherent attribute of events, but the dynamic projection generated by information anchoring inside the flow-variable field. Once prediction, diagnosis or intentional adjustment tilts the - anchoring vector, information transmission paths shift accordingly, redistributing the flow-variable field and reconstructing the whole probability space. The complete causal chain is listed as information input → anchoring tilt → information path deflection → flow-variable field redistribution → probability space reorganization → outcome variation; long-term accumulated local adjustment can trigger global structural re-anchoring. The transformation of probability follows emergence rather than linear superposition. Linear calculation only provides approximate values, while structural mutations bring emergent reorganization of probability space that can only be described by interval bounds. This conclusion is fully consistent with the modified uncertainty principle in the PFUSRC system. This paper further proposes three testable predictions and standardized falsification conditions, unifying microscopic quantum measurement perturbation and macroscopic prediction adjustment under the same topological rheology paradigm.
Zhenmin Wang (Fri,) studied this question.