THE PARADOX-MECHANISM DIVERGENCE PRINCIPLE (PMDP)

This manuscript proposes the Paradox-Mechanism Divergence Principle (PMDP) as a dual-branch framework for analyzing a specific conceptual tension and investigating whether its underlying structure supports a broader systems-level generalization. The primary case study, the Quiet-Environment Distraction Paradox (QEDP), concerns the apparent tension between treating a quiet environment as a means of reducing distraction and defining distraction broadly as any environmental influence on a person. The central analytical distinction is between influence as a causal or relational effect and distraction as a goal-relative, potentially measurable disruption of task-relevant processing.Branch I reconstructs the alleged paradox through semantic analysis, explicit premises, logical consistency tests, and criterion-sensitive evaluation. It distinguishes a genuine contradiction from an apparent paradox caused by equivocation or incompatible evaluative criteria. Branch II develops the Context-Function Divergence Principle (CFDP) as a candidate generalization: the presence or magnitude of an input's influence does not, by itself, determine its functional consequences relative to a specified goal and measurement criterion. A state-space representation is introduced to separate environmental input, internal state, observable output, influence, and goal-relative disruption.The manuscript further specifies a twenty-layer analytical architecture, a fourteen-stage research protocol, a thirty-case validation program, and a roadmap for simulation, falsification, empirical evaluation, and cross-domain comparison. These components are methodological proposals, not completed empirical findings. The principal contribution claimed at this stage is organizational and formal: the framework separates paradox reconstruction from systemic generalization and states conditions under which each branch could be revised or rejected. Establishing novelty, predictive validity, and domain-general applicability requires systematic literature review and empirical testing.Keywords: paradox reconstruction; semantic ambiguity; systems theory; context-function divergence; attentional distraction; state-space modeling; feedback; falsifiability; cross-domain generalization