Gábor Bocskai

This study shows that visual training increases fast sleep spindle density and clustering in young adults, with no age-related differences.

The paper examines adolescent sleep spindle topography and finds a shift from central to posterior regions for fast spindles, suggesting an anterior-to-posterior maturation pattern.

This study uses HD-EEG polysomnography to analyze sleep spindle development in adolescents, finding age-related changes in frequency, amplitude, duration, and density, with gender differences in the oldest age group.