Polycystic Ovary Syndrome as Endocrine Wrong Attractor: Hyperandrogenism as Hormonal Landscape Distortion, Insulin Resistance as Basin Deepener, and the Bidirectional Entrenchment of Metabolic-Reproductive Displacement

We apply the Displacement Framework to Polycystic Ovary Syndrome (PCOS), the most common endocrine disorder in reproductive-age women (6–12% prevalence), formalizing it as a multi-domain wrong attractor W_PCOS maintained by bidirectional entrenchment between hormonal displacement (elevated LH:FSH ratio, androgen excess, SHBG suppression) and metabolic displacement (insulin resistance, hyperinsulinemia, adipose androgen production).

The reproductive hormonal ground state S°_reproductive is defined as the five-component configuration of LH:FSH balance, normal follicular development, androgen-SHBG homeostasis, insulin sensitivity, and regulated adipose signaling. W_PCOS is self-stabilizing: insulin resistance drives hyperinsulinemia which synergizes with LH to amplify androgen production, which deepens anovulation, which maintains abnormal LH pulsatility, completing the closed loop.

Nine formal propositions are derived covering: the hormonal and metabolic loop structures (P1–P2), bidirectional entrenchment as basin-depth multiplier (P3), the obesity amplification factor with formal ΔE equation (P4), lean PCOS as evidence for metabolic loop independence of adipose amplification (P5), diagnostic delay as pre-treatment Φ accumulation (P6), the limitation of all current interventions as partial rather than S°-restoring (P7), the COC-symptom-management vs. return-path distinction (P8), and psychological entrenchment as fourth basin-deepening axis (P9).

The paper addresses PCOS across the lifespan including post-reproductive-age metabolic persistence, endocrine disruptors as landscape perturbants, and testosterone-treated transgender men as a natural experiment in androgen-driven landscape distortion.