URB #414 — The Myrion Amplification Theorem

We establish the **Myrion Amplification Theorem (MAT)**: the output magnitude of a successful Myrion Resolution scales as the **square** of the system's pre-resolution Tralseness. A high-Tr pair that successfully resolves their contradictions does not merely produce *marginally better* outcomes — they produce outcomes that are categorically disproportionate relative to the tension invested. Simultaneously, the *probability* of achieving successful resolution decreases with Tralseness, producing a characteristically asymmetric risk-reward structure: high-Tr systems are high-variance, low-Tr systems are low-variance. The optimal Tralseness — where expected MR output is maximized — is proven to be exactly **C_EMERICK = 1/(φ√2) ≈ 0.4370**, the same constant governing consciousness threshold emergence (URB #409). We validate MAT against: genetic heterosis data, the historiography of intellectual breakthroughs, longitudinal couple studies, and the TI Sigma GILE compatibility framework.