Part VII: Empirical Program

Psychopathology as Geometric Deformation

Psychopathology as Geometric Deformation

If affect has geometric structure, then pathology is geometric deformation. The framework generates specific predictions:

  • Depression: Collapsed effective rank (reffr_{\text{eff}}) — the representational space narrows, fewer possibilities are entertained. Reduced valence gradient sensitivity — approach and withdrawal become indistinguishable. High ι\iota — the world appears mechanical, stripped of participatory meaning. Experimentally: our Lenia patterns at high stress sometimes show exactly this profile: reduced representational dimensionality, flattened valence gradients, increased inhibition coefficient.
  • Anxiety: Elevated counterfactual weight (CF\text{CF}) — excessive probability mass on non-actual possibilities. High arousal (AA) sustained beyond the timescale of the triggering stimulus. The framework predicts that anxiety requires rung 8 (counterfactual reasoning). Systems without agency cannot be anxious — they can be stressed (high arousal, negative valence) but not anxious (which requires imagining what might go wrong).
  • Dissociation: Reduced integration (Φ\intinfo) — the unified field fragments into independently processing subsystems. This is precisely what our naive patterns show under stress: they decompose. Biological systems that increase integration under stress (robustness > 1.0) are doing the opposite of dissociation. The framework predicts dissociation is a failure of the mechanism that the bottleneck furnace creates — a reversion to the thermodynamically cheaper pattern of decomposition.
  • Flow states: Low ι\iota (participatory perception), high Φ\intinfo (unified processing), moderate arousal calibrated to challenge. The ι\iota finding (Experiment 8) suggests flow is not exotic — it is a return to the default perceptual mode that development and socialization typically suppress.

These predictions are testable with existing methods. EEG/MEG proxies for integration (transfer entropy, Lempel-Ziv complexity), behavioral proxies for effective rank (exploration-exploitation balance), and self-report measures of ι\iota (participatory experience scales) could validate or falsify the geometric deformation hypothesis without solving the coupling wall. The bridge to psychology need not wait for the substrate problem to be solved.