Thermodynamic Aspects Of Information Transfer In Complex Dynamical Systems, Causation Entropy From Symbolic Representations Of Dynamical Systems, Quantum Cognition Based On An Ambiguous Representation, Expression Of Apprehension And Judgment, Basic Cognit

Models are given with concomitant properties for the following concatenated system: Dynamical Systems, Causation Entropy From Symbolic Representations Of Dynamical Systems, Quantum Cognition Based On An Ambiguous Representation, Expression Of Apprehension And Judgment, Basic Cognitive Process Of Decision Making, As An Inverse Bayes Inference Classifying The Information Content Of Neuron Spike Trains, A Priori And A Posteriori Hypotheses In Bayes Inference Are Replaced By The Upper And Lower Approximations, Logical Structure Of Such Combined Approximations Can Only Be Expressed As An Orthomodular Lattice And Therefore Can Be Represented By A Quantum Rather Than A Boolean Logic, Apprehension We Understand The Coherent Perception Correlated With The Recruitment And Engagement In Collective Behavior Of The Required Neuronal Populations, Quantum-Like Behavior In Language, Concep The full paper: http://www.iiste.org/PDFshare/APTA-PAGENO-680007-686491.pd