Brain-Based Learning and Education presents a new type of education that uses brain-based and self-control theory-driven training. Leaving aside the current focus in education on content knowledge, it examines essential character strengths such as selfcontrol, persistence, creativity, attention, memory, and social learning, and relates their relevance to learning. By bridging the research and application gap in education, this text not only covers the latest findings related to learning and teaching but also provides insights for application and practice for brain-based methods in health and education. This integration of neuroscience and education takes us from a deep understanding of brain function to the frontline of the classroom.
- Explains an integrative training mechanisms from the behavioral, neuroscientific, and physiological perspectives
- Presents brain-based practice methods that can be readily applied to the education system
- Addresses additional issues, such as stress, wandering mind, and individuality
- Includes stories and findings related to the brain, learning, and teaching
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2. Brain Networks Involved in Learning and Teaching
3. Attention and Self-Control in Education
4. Curiosity and Creativity Motivate Self-Learning
5. Developing Characters Through Neuroscience Findings
6. How the Social Brain Supports Learning and Teaching
7. Healthy Brain Boosts Education Outcomes
8. Personalized Education
9. Insight for Optimal Learning and Education
Dr. Yi-Yuan Tang is a Professor of Psychological Sciences, Presidential Endowed Chair in Neuroscience at Texas Tech University and founding Director of Texas Tech Neuroimaging Institute. He is also Professor of Internal Medicine at TTU Health Science Center, Adjunct Professor of Psychology, University of Oregon. He is Fellow of Association for Psychological Sciences (APS), Fellow of American Psychological Association (APA) and Associate Editor, Social Cognitive and Affective Neuroscience. Dr. Tang's basic research covers cognitive, social and affective neuroscience/psychology, for example, brain mechanisms of attention, mathematics, language, decision-making and creativity, learning or training related neuroplasticity. He applies behavioral, multimodal neuroimaging, psychophysiology and genetic analyses in his research. In his translational work, he develop a novel mindfulness based preventive intervention (Integrative Body-Mind Training, IBMT) and have studied its effects in large randomized clinical trials in healthy and patient populations in China and the U.S. since 1990's. Research indicate that IBMT intervention reduces stress, improves attention and cognitive performance, emotion regulation and immune function, social behavior and neuroplasticity over the life span. He has applied IBMT in addiction, mood disorders, ADHD, MCI and TBI.