Cognitive psychology and neuroscience have begun to dissect the neuronal mechanisms of literacy using brain-imaging techniques. During reading acquisition, our brain circuitry recycles several of its pre-existing visual and auditory areas in order to reorient them to the processing of letters and phonemes. The nature of this "neuronal recycling" process helps explain many of the children's difficulties in learning to read. Our growing understanding of the child's brain has important consequences for how education should be optimally organized.
Ph.D. JUAN DIEGO GÓMEZ-ESCALONILLA TORRIJOS. Maestro y Psicopedagogo doctorado en Neuroeducación. Ponente y evaluador premios Espiral. ¡Seguimos adelante con NEEvolución!
Páginas
- PRESENTACIÓN
- MATERIAL TIC
- APRENDIZAJE
- MOTIVACIÓN Y LA NEUROEDUCACIÓN
- LANGUAGES & LEARNING
- REVISTAS
- ENGLISH & LITERACY
- EDUCATIONAL RESOURCES IN ENGLISH
- DIDÁCTICA
- ARTS & SCIENCE
- NORMATIVA EDUCATIVA
- ORIENTACION
- MY PAPERS
- DigComp
- DigCont
- TUTORIALES TICs
- PICTURES & MUSIC
- CONTENIDOS EF
- LOE-LOMLOE
- COGNITIVE AND PHYSICAL HEALTH PAPERS
- LECTOESCRITURA
- ORAL COMMUNICATION
- SALUD/HEALTH
jueves, 28 de marzo de 2019
How the Brain Learns to Read - Prof. Stanislas Dehaene
Cognitive psychology and neuroscience have begun to dissect the neuronal mechanisms of literacy using brain-imaging techniques. During reading acquisition, our brain circuitry recycles several of its pre-existing visual and auditory areas in order to reorient them to the processing of letters and phonemes. The nature of this "neuronal recycling" process helps explain many of the children's difficulties in learning to read. Our growing understanding of the child's brain has important consequences for how education should be optimally organized.
Suscribirse a:
Enviar comentarios (Atom)
No hay comentarios:
Publicar un comentario