Boris Kleber

This paper develops and validates a questionnaire to measure individual differences in reward from natural singing, identifying five distinct facets of singing-related rewards.

This study shows that cognitive-motor training, like musical expertise, shapes cortical dynamics during pain, leading to more resilient pain responses and improved prediction of pain severity through aperiodic EEG features.

This study finds that interoceptive ability is positively linked to singing expertise and musical competence, with professional singers showing higher interoceptive accuracy and non-singers with higher interoception performing better in singing accuracy.

The paper investigates how individual differences in relaxation responses to music are linked to brain activity patterns, finding distinct neural and behavioral clusters based on music familiarity and features.

This study finds trend-level differences in callosal thickness between opera singers and non-singers, with early vocal training correlating with thicker callosal regions.

This study shows that prior motor experience influences corticomotor responses during prolonged musculoskeletal pain, with musicians showing less pain-related changes than non-musicians.

The paper shows that repetitive sensorimotor training and multimodal integration enhance neural plasticity, increasing stimulus-selectivity to nociceptive cues in healthy individuals.

The paper investigates how neural synchronization and predictive processing contribute to sensorimotor synchronization with different beat subdivisions, finding a binary grouping advantage and musical training effects.