Neurochemical-Mechanical Coupling and Quantum Strain Flow in the Brain Kinematics Model

The collected sources present an integrated theoretical framework, the Brain Kinematics Model (BKM), which posits that consciousness and cognition arise from the mechanical deformation of neural tissue rather than purely electrical signaling. The author unifies empirical parameters of viscoelastic strain and stress with the functions of neurotransmitters, arguing that the brain operates as an energy continuum where chemical signals translate into physical stress–strain waves. Key neurotransmitters like dopamine and norepinephrine are explained as regulators of convex and concave strain modes, respectively, which mediate energy storage and release during processes like memory formation and emotional arousal. Finally, the model proposes that these mechanical–chemical interactions are discretized into quantized strain energy packages that synchronize neural firing and form the fundamental units of thought.