Behavior-relevant periodized neural representation of acoustic but not tactile rhythm in humans
(2025) The Journal of Neuroscience — p. e0664252025 (2025)
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- Music makes people move. This human propensity to coordinate movement with the rhythm of music requires multiscale temporal integration, allowing fast sensory events composing rhythmic input to be mapped onto slower, behavior-relevant, internal templates such as periodic beats. Relatedly, beat perception has been shown to involve an enhanced representation of the beat periodicities in neural activity. However, the extent to which this ability to move to the beat, and the related periodized neural representation, are shared across the senses beyond audition remains unknown. Here we addressed this question by recording separately the electroencephalographic responses (EEG) and finger tapping to a rhythm conveyed either through acoustic or tactile inputs in healthy volunteers. The EEG responses to the acoustic rhythm, spanning a low-frequency range (below 15 Hz), showed enhanced representation of the perceived periodic beat, compatible with behavior. In contrast, the EEG responses to the tactile rhythm, spanning a broader frequency range (up to 25 Hz), did not show significant beatrelated periodization, and yielded less stable tapping. Together, these findings suggest a preferential role of low-frequency neural activity in supporting neural representation of the beat. Most importantly, we show that this neural representation, as well as the ability to move to the beat, is not systematically shared across the senses. More generally, these results highlighting multimodal diKerences in beat processing reveal a process of multiscale temporal integration allowing the auditory system to go beyond mere tracking of onset timing and support higher-level internal representation and motor entrainment to rhythm.
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Lenoir, C., Tomas, L., Rainer, P., & Nozaradan, S. (2025). Behavior-relevant periodized neural representation of acoustic but not tactile rhythm in humans. The Journal of Neuroscience, e0664252025. https://doi.org/10.1523/jneurosci.0664-25.2025 (Original work published 2025)