A Torsional Gain Term Resolving the Webb Mass Anomaly Empirical Evidence and Extreme-Redshift Stress Testing within the TOMA Framework

This work presents a reproducible, data-driven resolution of the James Webb Space Telescope (JWST) early-galaxy mass anomaly using a torsional gain mechanism within the TOMA framework.By introducing a minimal amplification factor GTG_TGT associated with informational torsion, the model reconciles Einstein-based mass inference with observations across a released catalog of 50 sources.The analysis demonstrates strong, non-random correlations with redshift and includes an extreme-redshift stress test up to z=30z = 30z=30, showing controlled, stable behavior without runaway dynamics.