Meta-Neuroquantum Model for Explaining Consciousness, and Interbrain Communication Based on Quantum Neurology, and Topology

The present paper aims to develop an integrated model of consciousness, metacognition, and interbrain communication, grounded in recent advances in quantum physics, quantum biology, neuroscience, and topology theory. Within this framework, the human brain is conceptualized not as a classical neural network but as a living quantum crystal, composed of microtubules, the extracellular matrix (ECM), and structured water layers, wherein information is encoded not through synaptic storage but in the form of geometric knots and topological phases. According to the Meta-Neuroquantum model, metacognition functions as a "quantum observer" and a "structural engineer," operating through gamma waves (40 Hz) as a reference oscillatory field that ensures geometric stability, phase coherence, and informational integration across the nervous system. Findings indicate that induced photons and coherent biophotons, serving as data carriers, play a crucial role in rapid plasticity, memory rewriting, and the establishment of nonlocal connectivity. Ultimately, this research suggests that through the collective attainment of a metacognitive state, human brains may function as nodes within a global quantum network, forming a "coherent super-consciousness" via interbrain entanglement and synchronization, which in turn acts as an active participant in quantum computation.