Quantum Brain and Cognition
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Quantum Brain and Cognition presents various aspects of the current research in quantum brain area. It includes the following sections:
Biochemistry of Microtubules
This section presents neuronal microtubules (MT)—the “quantum seat of human consciousness”—from a biochemical point of view.
Kink Soliton Model of MT-Dynamics
This section presents a mean-field solitary model of microtubular dynamics.
This section presents a self-similar model of neurodynamics on both macroscopic (classical) and microscopic (quantum) levels.
Dissipative Quantum Brain Model
This section reviews a current research in a dissipative quantum brain model.
QED Brain Model
This section presents a quantum electrodynamics brain model.
Stochastic NLS-Filtering and Robotic Eye Tracking
This section presents a practical engineering application of a quantum neural network (QNN).
QNN-Based Neural Motor Control
This section presents a neuro-physiological control of human muscular dynamics. It models human cerebellum as an adaptive path integral controller, which is an infinite-dimensional QNN.
Quantum Cognition in the Life Space Foam
This section presents a modern research in human cognition based on quantum-probability rooted path integral. It briefs on the Life Space Foam concept and its psychological and robotic applications.
Quantum Cognition in Crowd Dynamics
This section presents recent geometrical research in crowd behaviour dynamics based on the entropic quantum cognition concept.
KeywordsLyapunov Exponent Wave Packet Coherent State Topology Change Ricci Soliton
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