This study explores the feasibility of using wearable neurotechnologies to investigate neurofunctional patterns of interpersonal attunement during naturalistic coach-athlete interactions in sports. Eleven coach-athlete dyads participated in structured and unstructured feedback conditions, with EEG data collected using wearable EEG. Analysis focused on dissimilarity of alpha band responses, revealing significant differences in inter-brain attunement between conditions. Greater attunement was observed in the prefrontal and centro-temporal areas during structured interactions, while unstructured interactions showed attunement primarily in prefrontal regions. These results highlight the potential of wearable neurotechnologies for ecological hyperscanning, offering a novel approach to enhancing our understanding of communication dynamics in sports and improving coach-athlete relationships and performance.
Crivelli, D., Balconi, M., Assessing Real-Life Coach-Athlete Communication in Sport: A Wearable Hyperscanning Study, in Pons, J., Tornero, J., Akay, M., Converging Clinical and Engineering Research on Neurorehabilitation V, Springer Science and Business Media Deutschland GmbH, Cham 2025 <<BIOSYSTEMS & BIOROBOTICS>>, 31: 817-820. 10.1007/978-3-031-77588-8_160 [https://hdl.handle.net/10807/311486]
Assessing Real-Life Coach-Athlete Communication in Sport: A Wearable Hyperscanning Study
Crivelli, Davide
;Balconi, Michela
2025
Abstract
This study explores the feasibility of using wearable neurotechnologies to investigate neurofunctional patterns of interpersonal attunement during naturalistic coach-athlete interactions in sports. Eleven coach-athlete dyads participated in structured and unstructured feedback conditions, with EEG data collected using wearable EEG. Analysis focused on dissimilarity of alpha band responses, revealing significant differences in inter-brain attunement between conditions. Greater attunement was observed in the prefrontal and centro-temporal areas during structured interactions, while unstructured interactions showed attunement primarily in prefrontal regions. These results highlight the potential of wearable neurotechnologies for ecological hyperscanning, offering a novel approach to enhancing our understanding of communication dynamics in sports and improving coach-athlete relationships and performance.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.