Detecting Concealed Information and Deception

Section 1 - Background, History, and Theory
1. Physiological Measures in the Detection of Deception and Concealed Information
2. Concealed Information Test: Theoretical Background
3. The External Validity of Studies Examining the Detection of Concealed Knowledge, Using the Concealed Information Test (CIT)
4. Physiological Responses in the Concealed Information Test: A Selective Review in the Light of Recognition and Concealment
5. Field Inventions and Findings of the Concealed Information Test in Japan

Section 2 - Neuroscience Applications
6. Effects of Motivational Manipulations on the P300-based Complex Trial Protocol for Concealed Information Detection
7. Detecting Deception and Concealed Information with Neuroimaging

Section 3 - Ocular Applications
8. Detecting Concealed Knowledge from Ocular Responses
9. Ocular-Motor Deception Test

Section 4 - Behavioral Applications
10. Deception Detection with Behavioral Methods: The Autobiographical Implicit Association Test (aIAT), CIT-RT, Mouse Dynamics and Keystroke Dynamics
11. Challenges for the Application of Reaction Time-based Deception Detection Methods

Section 5 - Verbal and Interviewing Applications
12. How to Interview to Elicit Concealed Information: Introducing the Shift-of-Strategy (SoS) Approach
13. Verbal Lie Detection Tools from an Applied Perspective
14. The Applicability of the Verifiability Approach to the Real World

Section 6 - Special Issues
15. Personality, Demographic, and Psychophysiological Correlates of People's Self-Assessed Lying Abilities
16. Detecting Concealed Information on a Large Scale: Possibilities and Problems
17. Admissibility and Constitutional Issues of the Concealed Information Test in American Courts: An Update