Число Миллера: Почему наша память ограничена. Артем Демиденко

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Название Число Миллера: Почему наша память ограничена
Автор произведения Артем Демиденко
Жанр
Серия
Издательство
Год выпуска 2025
isbn
Число Миллера: Почему наша память ограничена - Артем Демиденко
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происходит благодаря нейротрансмиттерам – химическим веществам, которые выделяются нейронами и связываются с рецепторами на поверхности соседних нейронов. Исследования показывают, что количество синапсов между нейронами может меняться в зависимости от нашего опыта и обучения. Это явление называется нейропластичностью – способностью мозга изменять свою структуру и функции в ответ на новые впечатления.

      Конец ознакомительного фрагмента.

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