Divergence Test — Dynamical System Analysis for WNSP Channels

The Divergence Test is a parameterised channel-dynamics engine that models WNSP Ψ channel state evolution. By applying feedback iterations to spectral channel states, it classifies attractor types, identifies bifurcation points, and predicts regime transitions — giving deep insight into how the NexusOS network self-organises under load.

Each Ψ channel can exist in one of several dynamical regimes: stable fixed point, periodic orbit, quasi-periodic, or chaotic. The divergence test engine maps the parameter space for a given channel configuration and displays the resulting attractor geometry.

Parameterised feedback iteration engine for Ψ channel state evolution
Attractor classification: fixed point, periodic, quasi-periodic, chaotic
Bifurcation diagram generation across channel parameter ranges
State-dependent routing analysis — how channel regime affects packet delivery
Regime prediction for network planning and capacity management