Bases de la neuroeducación: funcionamiento del cerebro en el aprendizaje

Autores/as

DOI:

https://doi.org/10.63969/r0yyk319

Palabras clave:

neuroeducación, aprendizaje, neuroplasticidad, memoria, atención, funciones ejecutivas

Resumen

La neuroeducación constituye un campo interdisciplinario que integra conocimientos de la neurociencia, la psicología cognitiva y la pedagogía para comprender cómo aprende el cerebro y orientar decisiones educativas fundamentadas. El objetivo de este artículo fue analizar las bases neurobiológicas del aprendizaje y su traducción prudente a la práctica docente. Se realizó una revisión narrativa de publicaciones académicas difundidas entre 2018 y 2025, localizadas en bases y portales científicos mediante descriptores relacionados con neuroeducación, plasticidad cerebral, atención, memoria, emoción, funciones ejecutivas, sueño, actividad física y neuromitos. La síntesis muestra que aprender implica cambios funcionales y estructurales en redes distribuidas; depende de la interacción entre atención, memoria de trabajo, conocimientos previos, emoción, motivación y consolidación; y está condicionado por el desarrollo, el descanso, el estrés y el contexto sociocultural. La evidencia respalda estrategias como activar saberes previos, segmentar la información, practicar la recuperación, espaciar el estudio, ofrecer retroalimentación y favorecer ambientes emocionalmente seguros. Sin embargo, los hallazgos neurocientíficos no se convierten automáticamente en recetas pedagógicas y deben contrastarse con evidencia conductual y contextual. Se concluye que la neuroeducación aporta un marco explicativo valioso cuando se emplea con rigor interdisciplinario, alfabetización científica y rechazo explícito de los neuromitos.

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Publicado

2026-09-06

Cómo citar

Pita Meneses, F. C. ., Contreras Bonilla , L. S. ., Ligua Armijos , V. P. ., Herrera Contreras, A. M. ., & Carriel Molina , K. K. . (2026). Bases de la neuroeducación: funcionamiento del cerebro en el aprendizaje. Star of Sciences Multidisciplinary Journal, 3(2), 1-13. https://doi.org/10.63969/r0yyk319

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