Giacomo Novembre

This study identifies low-dimensional neural manifolds that align across interacting individuals during coordinated tasks, revealing a novel mechanism for interpersonal coordination through dynamic neural updates.

The paper introduces eMB Roma, an open digital musical instrument for studying joint music making, offering accessibility and experimental control for research and therapeutic applications.

This study shows newborns can track rhythmic statistical regularities in music but not melodic information, suggesting rhythm develops earlier than melody.

This study examines how infants' neural responses and movements to music develop between 3, 6, and 12 months, finding early auditory processing and delayed structured movement responses.

This paper uses multivariate modeling of EEG data from dyadic dance to decode neural processes related to music, movement, and social coordination, identifying a new neural marker for social alignment.

This study investigates how auditory stimuli affect motor reactivity and neural activity in rhesus monkeys, revealing a cortico-motor mechanism linked to saliency detection.

This study measures non-selective motor effects of inhibitory control using isometric force recordings, showing suppression of task-irrelevant hand force during action-stopping.

The paper investigates how the brain translates structural rules into movement sequences during musical performance, identifying the prefrontal cortex as a hub linking abstract rules to concrete actions.

This study shows that neural entrainment occurs at ultra-low frequencies (0.1 Hz) for thermal pain stimuli but not for auditory stimuli, linking it to pain sensitivity.

This study shows that dual brain stimulation can enhance social interactive learning by inducing synchronized brain activity and movement between an instructor and learner.