parasympathetic

The NeuroSync Resonance (NSR) Reaction: A Parasympathetic Neuro-Resonance Mechanism for Mitigating Overstimulation and Fostering Neural Coherence in High-Information Environments

Introduction: The modern world bombards the brain with unprecedented volumes of sensory and cognitive data, triggering sympathetic nervous system (SNS) hyperactivity, elevated cortisol, and cognitive fragmentation. Existing neurobiological models focus on stress mitigation through deliberate interventions, yet few address the need for an automated, real-time neural response to overstimulation.

The NeuroSync Resonance (NSR) Reaction: A Parasympathetic Neuro-Resonance Mechanism for Mitigating Overstimulation and Fostering Neural Coherence in High-Information Environments

The PolyChronos Synthesis (PCS) Reaction

Introduction: The modern cognitive landscape, characterized by continuous data exposure, challenges the brain’s capacity for memory consolidation, insight generation, and interdisciplinary learning. Existing neurobiological models emphasize memory consolidation during sleep or deliberate reflection, yet few address the need for real-time, automated synthesis of temporally diverse experiences.

The PolyChronos Synthesis (PCS) Reaction