The Choreography of Coupled Brains: Coordinated Movement and Multi-Scale Neural Synchrony in Musical Theater for Individuals with Developmental Disabilities

Social attention and coordinated movement produce dissociable spectral and network changes during dyadic improvisational dance

Amplitude without phase: interpersonal movement coordination grades inter-brain coupling

Respiration and individual differences shape behavioral and inter-brain synchronization

Inter-brain coupling during naturalistic collaborative Tangram solving in child dyads: an exploratory fNIRS hyperscanning study

Collaborative problem solving plays a central role in children’s cognitive and social development, yet how neural activity relates to real-time peer coordination remains poorly understood. Using functional near-infrared spectroscopy (fNIRS) hyperscanning, we simultaneously recorded brain activity from 15 dyads of schoo...

From microstates to network connectivity: Age-related differences in resting-state electroencephalography and their implications for cognitive abilities in adulthood.

The relationship between resting electroencephalography brain characteristics and cognitive abilities, particularly in the context of aging, remains unclear. In this study, we analyzed dynamic microstates, power spectrum, and functional connectivity in electroencephalography resting-state data collected from 123 younge...

Reduced EEG Complexity and Its Association with Social Communication in Adults with Autism Spectrum Disorder: A Multiscale Entropy Study

Reduced longer-scale MSE extends to adults with ASD and is associated with higher ADOS-2 SA scores across diagnostic groups, and event-related findings further suggest attenuated differentiation of longer-scale MSE between socially relevant and matched non-social windows in ASD.