(Short Paper24) Quantum Information-Theoretic Formulation of Right-Left Brain Asym metry in the In Vivo QPU Paradigm: Dual Environment Construction of "Wave and Particle" by the Glial OS and the Corpus Callosum QPC Gateway

The question of why the human brain is physically divided into right and left hemispheres and possesses different functional localizations (laterality) has not been completely resolved in classical neuroscience. Based on the in vivo quantum computer (QPU) theory, this paper formulates this asymmetry as an “isolated environment (dual chamber) of two conflicting quantum computation modes intentionally constructed by glial cells (chemical OS).” We define the right brain as a “shallow energy landscape that maintains quantum superposition (waves)” and the left brain as a “steep energy landscape that forces convergence into a single solution (particles).” Furthermore, we reveal that the corpus callosum connecting the two is a QPC (quantum pulse communication) gateway responsible for the “projection of quantum annealing from waves to particles (language/logic).”