How do brain, mind, matter, and energy interact? Can we create a comprehensive model of the mind and brain, their interactions, and their influences? Synthesizing research from neuroscience, physics, biology, systems science, information science, psychology, and the cognitive sciences, The Neurophysics of Human Behavior advances a unified theory of brain, mind, behavior and information. This groundbreaking work helps you more deeply understand, more accurately predict, and more effectively change human behavior - a significant contribution to the fields of psychology, education, medicine, communications, and human relations.
Cognitive neurophysics, as detailed in this work, presents an integrated perspective of brain, mind, behavior, thoughts, and nature. The distinguished authors emphasize the need to view psychological science - and our image of the "self" - in the context of the physical world: matter, energy, and natural laws. NeuroPrint is the powerful application model of this perspective. This comprehensive, detailed algorithm defines the network of interactions that develop brain, mind, behavior, thoughts, and emotions and redefines the meaning of psychotherapeutic intervention.
The Neurophysics of Human Behavior gives the background, tools, and methods for intervention and modeling. It outlines the systematic, behavioral approach of NeuroPrint, promising to promote a deep understanding of the process of human change. Using The Neurophysics of Human Behavior, practitioners and researchers can plot and gauge the paths of change in neurocognitive dynamics and the improvements in mental health.
"This book offers the reader a deep, documented exploration of numerous subjects as they relate to behavior. … A challenging read."
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"An unavoidable text for every practitioner of energy psychologies, NLP, and psychotherapy in general. … Its 355 pages are not light reading; every paragraph is packed with information, scientific terminology and rigorous logical reasoning."
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"This book fills the missing-link for anyone interested in the application of quantum physics, complexity theory, and study of self-organizing systems to everyday life."
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THE STANDARD THEORY: PATTERN-ENTROPY DYNAMICS OF MATTER AND ENERGY INTERACTION
The Five Missing Pieces: Advances Toward a Unified Science of Neuro-Cognitive Intervention
The Ubiquity of Pattern in Man and Nature: Exploring the Fundamental Properties of Brain, Mind, Behavior, Information and Change
Hidden Order and the Origins of Pattern: Thermodynamics, Pattern, and the Human Brain
Memetics: The Behavior of Information Patterns
The Life of the Mind: Infogenesis and Information Translation in the Language of Pattern
NEUROPRINT AND THE STANDARD THEORY OF PATTERN-ENTROPY DYNAMICS
NeuroPrint -- Purpose and Preliminaries
Developing a NeuroPrint of Cognitive Neurodynamics
NeuroPrint Analysis: Understanding Cognitive-Neurodynamics
Intervention and Change
Appendix I, Understanding Cognitive-Neurodynamic States, Experiences, and Cognitive Phenomena
Appendix 2, Submodal Behaviors (Submodalities)
Appendix 3, Classification and Organization of Intervention Tools and Methods: NLP, Eye Movement Methods, and Energy Psychology
Appendix 4, NeuroPrint Templates for Data Collection and Organization
TOOLS FOR INTERVENTION: MODELING, INFLUENCING, AND CHANGING COGNITIVE-NEURODYNAMICS
I. Preliminary Considerations for Modeling Human Expertise
The Science and Practice of Human Performance Modeling and Engineering
2. Performance Modeling and Tools of Intervention
Neuro-Cognitive Modeling: The Art and Science of Capturing the Invisible
Foundations of Neuro-Cognitive Modeling: Eye Movement, A Window to the Brain
3. Information Processing, Representation, Organization, and Destabilization in the Human Brain
Neocortical Dynamics of Persuasion and Influence
Submodalities, Cognitive-Neurodynamics, and Change
Neocortical Dynamics of Metaphor
The Neurophysics of Hypnosis
4. Performance Engineering: Tools and Principles of Neurocognitive Pattern Modification
Life, Death, and Anchoring
Neurophysics and the Principles of Anchoring
Neurophysics, Self-Organization, and Anchoring
5. Glossary of Neurophysics, Nonlinear Science, and Dynamical Systems Terminology
Suggested Readings and Resource Guide