Target-Specific Readout Restores Bilateral Symmetry of Coherent Transport Selectivity Across 1064 Human Connectomes

We show that the selectivity of coherent quantum transport on human structural connectomes depends critically on the interaction between wave dynamics and readout architecture. Using GKSL master-equation simulations on motor-cortex subgraphs extracted from 1064 Human Connectome Project subjects, we demonstrate that without target-specific readout, coherent dynamics produces lateralized routing bias (Cohen d = 0.96), while with target-specific readout (ratio >= 100), hemispheric asymmetry vanishes and universal 20x coherent advantage emerges. Bundle contents: 4 Python scripts, 7 CSV data files, 4 PNG figures, 2 DOCX manuscripts.