The Computational Inefficiency of Upper-Average Competition: Path Visibility Illusion and Un-leveraged Energy Attrition in High-Density Social Stratum

Contemporary socio-economic stratification models often attribute the heavy crowding of the upper-average stratum (top 20–30%) to classical risk aversion. This paper challenges that assumption by introducing the Path Visibility Illusion (PVI) Framework. We argue that agents flock to middle-tier competitive arenas not because execution friction is low, but because the directional cognitive cost of navigating pre-mapped, highly visible socio-economic routes is zero. Using a computational model of competitive friction, we demonstrate how agents routinely expend top-decile metabolic and operational effort (inputs) to secure sub-optimal, bound upper-average outcomes (outputs). This structural asymmetry stems from a total absence of strategic leverage and high traffic-density attrition. Finally, we propose meta-cognitive refactoring and identity-decoupled outcome detachment as the primary mechanisms for escaping high-density attrition and achieving structural class arbitrage.