1. Computational Cultural Neuroscience – Computational Approaches to Cultural
Neuroscience
Introduction
Discussions
Conclusion
2. Cultural Computation
Introduction
Cultural Computation
Cultural Mental Computation
Cultural Machine Computation
Cultural Neurocomputation
Culture, Mind and Machines
Culture and Machine Functionalism
Culture as a Causal System
Cultural Mental Property
Cultural Physical Property
Culture and computation
Discussion
Conclusion
3. Cultural-Mental Computation
Introduction
Cultural mental computation
The cultural mind as a computing machine
Cultural mental causation
Functionalism of culture and the mind
Culture as a psychological realizer
Cultural affective computation
Cultural cognitive computation
Cultural social computation
Discussion
Conclusion
Implications
4. Cultural Machine Computation
Introduction
Cultural Machine Computation
Culture and Machine State Functionalism
Culture as Functional States
Culture as a Biological Computing Machine
The Cultural Computer as Machine Computation
Practical Applications
Discussion
Conclusion
Implications
References
5. Cultural Neurocomputation
Introduction
Culture as a Physical Realizer
Biological Organisms as a Cultural Species
The Cultural Brain Hypothesis
Computational Principles of Cortical Brain Organization
Cultural Neurocomputation
Cultural Neural Networks
Cultural Affective Neural Networks
Cultural Cognitive Neural Networks
Cultural Social Neural Networks
The Cortical Brain Dynamics of Culture
Discussion
Conclusion
6. Cultural Neural Networks
Introduction
The Biology and Culture of Behavior
Computational Principles of Cortical Brain Networks
Cultural Neural Networks
Cultural Affective Neural Networks
Cultural Cognitive Neural Networks
Cultural Social Neural Networks
Culture and Cortical Brain Dynamics
Discussion
Conclusion
Implications
7. Cultural Brain Dynamics
Introduction
Functional Architecture of the Cultural Brain
Computational Principles of Cortical Brain Dynamics
Computational Approaches to Cultural Brain Dynamics
Cultural Brain Dynamics
Cultural Brain Dynamics of Emotion
Cultural Brain Dynamics of Cognition
Cultural Brain Dynamics of Social Processing
Culture and Autonomous Brain Dynamics
Discussion
Conclusion
Implications
8. Cultural Machine Learning
Introduction
Culture as Minds and Machines
Culture as Computation
The Cultural Mind as a Statistical Engine
The Cultural Brain as an Inference Machine
Functional Architecture of the Cultural Brain
Cultural Machine Learning
Conceptual Foundations
Methodological Foundations
Computational Modeling of Cultural Neural Networks
Computational Modeling of Cultural Brain Dynamics
Practical Applications
Discussion
Conclusion
Implications
References
9. Cultural Connectome
Introduction
Computational Principles of Cortical Brain Organization
The Brain Basis of Culture
Cultural Brain Dynamics
Computational Foundations of Cultural Brain Dynamics
Cultural Connectome
Conceptual Foundations
Methodological Foundations
Computational Approaches to the Cultural Connectome
Practical Applications
Discussion
Conclusion
Implications
Reference
10. Culture and Technology
Introduction
Translational Research on Computational Cultural Neuroscience for Practice and Policy
Culture and Technology
Conceptual Framework on Culture and Technology
Research and Development on Culture and Technology
Scientific and Technological Innovation on Culture and Technology
Culture and Technology in Health and Medicine
Culture and Technology as Health Promotion
Practical Applications
Discussion
Conclusion
Implications
Reference
11. Cultural Intelligence
Introduction
Evolutionary Cultural Neuroscience
The Biology and Culture of Behavior
The Cultural Brain Hypothesis
Culture as Inference and Reason
Cultural Intelligence
Conceptual Foundations of Cultural Intelligence
Methodological Foundations of Cultural Intelligence
Empirical Foundations of Cultural Intelligence
The Brain Basis of Cultural Intelligence
Cultural Machine Intelligence
Culture and Complex Systems
Cultural Computation of Real and Artificial Systems
Practical Applications
Discussion
Conclusion
Implications
12. Computational Cultural Neuroscience and Public Policy
Introduction
Translational Research on Computational Cultural Neuroscience
Policy Framework on Computational Cultural Neuroscience
Computational Cultural Neuroscience and Public Policy
Evidence-Based Approaches to Computational Cultural Neuroscience
Evidence-Based Research on Computational Cultural Neuroscience
Evidence-Based Resources on Computational Cultural Neuroscience
Policy-Based Approaches to Computational Cultural Neuroscience
Policy-Based Research on Computational Cultural Neuroscience
Discussion
Conclusion
Implications
Biography
Joan Y. Chiao is the Director of the International Cultural Neuroscience Consortium and the Director of the International Consortium for Computational Cultural Neuroscience. She received her Ph.D. from Harvard University and B.S. from Stanford University. Her research on computational cultural neuroscience examines the computational principles of cultural processes in the structure and function of the nervous system.
