Physical Synchrony through a Beamed Robot Enhances Social Closeness and Inter-Brain Synchrony

Citations

SCOPUS

0

초록

Integrating motion capture technology into a beaming system enables the formation of physical synchrony (PS) at a distance. This study extends previous research conducted in face-to-face (F2F) settings to investigate whether prior PS established remotely through a beamed robot (BR) can enhance social closeness and inter-brain synchrony (IBS). The results demonstrate that prior PS via BR enhances copresence, social presence, and IBS in overall prefrontal regions. Furthermore, we found that similar patterns of prefrontal cortex activation mainly occurred in the area related to cognitive social processing. Our results highlight BR as a platform for physically mediated social engagement in remote interaction contexts that can be utilized to facilitate future applications in remote education, collaborative problem-solving, and human–robot interaction.

키워드

Beamed Robot; Beaming System; Human-Robot Interaction; Inter-Brain Synchrony; Physical Synchrony; Brain; Brain computer interface; Collaborative robots; Human engineering; Interactive computer systems; Man machine systems; Motion capture; Social robots
제목
Physical Synchrony through a Beamed Robot Enhances Social Closeness and Inter-Brain Synchrony
저자
Kang, Mingyu; Jung, Myeongul; An, Nakyoung; Kim, Kwanguk
DOI
10.1145/3772363.3798892
발행일
2026-04
유형
Conference paper
저널명
Conference on Human Factors in Computing Systems - Proceedings
페이지
1 ~ 7