The NeuroY Brainstem Motor Core: The Geometric Logic of Neural Wiring

This study proposes a unified geometric model for brainstem motor organization, demonstrating how field-specific reflex geometry, ipsilateral stabilization systems, and strategic decussation patterns emerge from a coherent neural wiring architecture. Through analysis of the NeuroY Brainstem Motor Core, the paper reinterprets motor pathways, cranial reflex hubs, and autonomic circuits as manifestations of spatially optimized routing principles. These findings integrate established anatomical knowledge into a broader geometric framework, offering a novel perspective in which crossing, ipsilateral control, and bilateral stabilization are systematically governed by spatial field-coherence rather than by traditional anatomical descriptions alone.