Cover -- Half Title -- Title Page -- Copyright Page -- Dedication -- Table of Contents -- Acknowledgments -- 1 Introduction -- Mathematical Modelling in Psychology -- Classical and Quantum Probability Theory in Cognition -- Rationale for Quantum Probability Theory in Psychology and Law -- Quantum Probability Theory in Research on Legal Decision-Making -- The Subject Matter of this Book -- References -- 2 Basic Assumptions of the Quantum Cognition -- Axioms of the Classical Probability Theory -- Assumptions of the Quantum Probability Theory -- Comparison of Classical and Quantum Models
Boundary Between Classical and Quantum Probability Theory -- Current Quantum Cognitive Models -- References -- 3 Contextuality and Assessment of Guilt -- Order Effects and Legal Decision-Making -- Evaluation Bias and Quantum Probability Theory -- Study on Evaluation Bias in Legal Settings -- Material and Methods -- Participants -- Results -- References -- 4 Quantum Entanglement and Judgement on Multiple Offences -- Legal Assessment and Conjunction Fallacy -- Conjunction Fallacy and Quantum Probability Theory -- Study on Conjunction Fallacy and Legal Decision-Making -- Material and Methods
Participants -- Results -- References -- 5 Criminal Procedure and Quantum Zeno Effect -- The Quantum Zeno Effect -- Study on the Criminal Trial Dynamics -- Material and Methods -- Participants -- Results -- References -- 6 Superposition and Veracity Assessment -- Statement Validity Assessment -- Definiteness and Quantum Superposition -- Study on Content Analysis and Raters' Uncertainty -- Material and Methods -- Participants -- Results -- Content Analysis and Constructive Influence of Measurement -- Material and Methods -- Participants -- Results -- References
7 Suspects' Strategies and Bell Inequalities -- Suspects' Trial Strategies -- Entanglement, Supercorrelations and Bell Inequalities -- Study on Suspects' Strategies -- Material and Methods -- Participants -- Results -- References -- Index
