Auditory change detection in musically trained adolescents and young adults: An EEG–fMRI study

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Musically trained participants showed larger mismatch negativity and P3a amplitudes, indicating enhanced auditory processing.
Surprisingly, the untrained group demonstrated increased hemodynamic activity in Heschl's gyrus for deviant sounds compared to standards.
This multimodal study utilized EEG and fMRI to reveal differences in auditory deviance detection in 16–20 year-olds.
Findings suggest that electrophysiological and hemodynamic measures provide unique insights into auditory processing in music training.

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This study reveals enhanced neural discrimination in musically trained adolescents, suggesting distinct processing mechanisms in auditory tasks.

Putkinen et al. (2025) studied this question.

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This study reveals enhanced neural discrimination in musically trained adolescents, suggesting distinct processing mechanisms in auditory tasks.