Simulation study demonstrates superior stability of pure non-assertion over reactive strategies in spatial games, indicating frictionless domain absorption.
We extend the 0-Consistency Framework [1] to spatial game dynamicsunder continuous background noise (σ). Evaluating four competingbehavioral archetypes on a 64 × 64 torus lattice, we demonstrate thatreactive adaptation (TFT) strictly asymptotes at the upper stochasticGaussian variance boundary (≈ 87.5% quantile). Initial defensive postures(TFTDD) induce immediate thermal friction spikes (Wéi) at t = 0,causing high initial volatility. Pure non-assertion (B0) proves to bethe sole friction-free fixed point, smoothly absorbing the unconstrainedspatial domain.
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xerx593 et al. (2026) studied this question.
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