Directors: Antonio M. Battro and Kurt W. Fischer
Program officer: María Lourdes Majdalani
The broad goal of this first Course is to catalyze research relating biology and cognitive science to education by bringing together young researchers from around the world to learn and think together about mind, brain and education.
The Course offers a wide spectrum of themes from major interdisciplinary trends in education related to the neurocognitive sciences. The focus is on education, with the participants discussing how their research in different disciplines can contribute now or in the future to educational research and practice. The Course opens new ways for students and teachers to understand and apply advances in the neurocognitive sciences to the theory and practice of education. Simultaneously, it raises new themes and questions from educational practice to be addressed in research by neurocognitive scientists.
The aim is to generate a circle of influence and dialogue between the neurocognitive sciences and the sciences of education. The meeting of junior scientists of great potentiality with senior researchers of different disciplines provides a rich and diverse international environment to promote the learning of new tools, concepts and methods and the interchange of practices and ideas. Educational practice needs the scientific basis of biology and cognitive sciences, and those sciences need to be grounded in real-life learning phenomena and questions.
The main fields of interest in this meeting are: genetics, brain imaging, neural networks, dynamical systems, neurobiology, experimental, developmental, clinical and cultural psychology, special education and rehabilitation, formal education (from Kindergarten to college) informal and continuous education, ethics and epistemology.
Academia Nacional de Educación, ARGENTINA
One Laptop Per Child Association. Chief Education Officer.
Building a NeuroLab in a school
Abstract
Departamento de Fisiología, Facultad de Medicina,
Universidad de Buenos Aires, ARGENTINA
Chronoeducation: interactions between the circadian
system and learning processes
Abstract
| Presentation
Harvard Graduate School of Education, USA
Tools for analyzing cognitive and brain development
and learning across domains
Abstract
Faculty of Education, University of Cambridge, UNITED KINGDOM
Rhythm, rhyme, reading and dyslexia; getting the beat
Abstract
Department of Neuroscience, Karolinsk Institute, SWEDEN
Receptor fingerprinting of the human brain in various
challenge conditions with PET
Abstract
Advanced Research Laboratory, Hitachi, Ltd, JAPAN
Present status and future prospects of Brain-Science & Education
Abstract
Université Paris VII Denis Diderot – Observatoire de Paris,
Département de Recherche Spatiale, FRANCE
Curiosity of children and science education across the world
Abstract
Institute of Psychiatry, King’s College. London, UNITED KINGDOM
Using DNA in research on mind, brain and education
Abstract
UChancellor Pontifical Academy of Sciences,
Casina Pio IV, VATICAN
Curiosity of children and science education across the world
Ärztlicher Direktor, Universitätsklinik für Psychiatrie, GERMANY
Dopamine, novelty seeking, reward and learning
Abstract
Department of Psychology, The Heymans Institute,
University of Groningen, NETHERLANDS
Dynamics of mind, brain and education
Abstract
Fellow Max Planck Institute for the History of Science, GERMANY
Are we truly our brains? A historical perspective on the cerebral
subject
Abstract
FDirector of RCLS, Research Center for Learning Science,
Southeast University, CHINA
Learning by doing and learning science
Abstract
Faculty of Letters, Keio University, Tokyo, JAPAN
Tokyo Twin Cohort Project (ToTCoP)
Longitudinal study of twins in infancy and childhood
Abstract
The Ross Institute and School, UNITED STATES
Graduate School of Education, Harvard University, UNITED STATES
Rethinking knowledge transfer: insights from an artificial neural
network model
Abstract
Institute of Cognitive Neuroscience & Learning, Beijing Normal University, CHINA
The separation of cerebral plasticity and adaptation during lexical learning
Abstract
Transfer Center for Neuroscience and Learning,
University of Ulm, GERMANY
Abstract
Behavioral Genetics, Institute of Psychiatry, King’s College,
London, UNITED KINGDOM
Genetics and neuroscience of mathematical ability and disability
in the early school years
Abstract
University Laboratory of Physiology, University of Oxford,
Centre for Functional Magnetic Resonance Imaging of the Brain, UNITED KINGDOM
Relationships between sensory, cognitive processing skills and literacy development in Japanese
Abstract
| Presentation
Behavioral and Brain Sciences Unit, Institute of Child Health,
University College London, UNITED KINGDOM
Language processing in the deaf brain
Abstract
Subsecretaría para la reforma institucional y fortalecimiento
de la democracia, ARGENTINA
Graduate School of Education, Harvard University, UNITED STATES
The neural correlates of phonemic awareness in normal reading children
Abstract
The Ross Institute and School, UNITED STATES
Interfaculty Initiative in Information Studies, University of Tokyo, JAPAN
Human education from the evolutionary point of view
Abstract
Laboratory of Developmental Psychology, Department of Psychology,
University of Torino, ITALY
Abstract
Department of Psychiatry, College of Medicine, Yonsei University, KOREA
Correcting learning strategies of children with serious problems of
socio-emotional development in early childhood
Abstract
Transfer Center for Neuroscience and Learning,
University of Ulm, GERMANY
Abstract
Vadaskert Child and Adolescent Psychiatry Clinic, HUNGARY
Frontostriatal pathology in neurodevelopmental disorders
Abstract
Faculty of Education, University of Cambridge, UNITED KINGDOM
Developmental trajectories of auditory perception in dyslexia: an ERP study
Abstract
Institute of Cognitive Neuroscience and Learning,
Beijing Normal University, CHINA
Event-related potentials of single-digit comparison, addition,
subtraction and multiplication
Abstract