HydrMediated Quantum Coherence in Neural Systems: A Testable Framework for Biological Information Integration

```This paper proposes that hydrogen atoms, due to their quantum simplicity and biological ubiquity, may facilitate quantum coherence processes that contribute to neural information integration. Building on established quantum biology research (photosynthetic coherence, excitonic transport), we present a conservative framework where hydrogen bonds, proton dynamics, and biophoton emission create localized quantum states that could influence neural dynamics. The hypothesis includes specific experimental predictions using isotope substitution, ultrafast spectroscopy, and quantum sensing techniques. Unlike speculative consciousness theories, this work remains grounded in testable physical chemistry and provides falsifiable predictions. Even partial validation could advance understanding of quantum contributions to biological information processing.```