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50 reviewsung , and Kwanguk KimAbstract—Recent studies have demonstrated that brain synever it has limitations [1]. Augmented reality (AR) has beenchrony can indicate the quality of social interaction in real-worldexplored to enhance the spatial information exchange and procommunication. However, there is a lack of research on meavide more immersive experiences during social interaction [2],surement of brain synchrony during social interactions in remote[3], [4]. This technology can overcome the constraints of videoAR. In this study, we investigated the brain synchrony of remoteconferences by creating virtual information in which participantsaugmented reality (AR; Study 1) and face-to-face (FTF; Study 2)interactions. Functional near-infrared spectroscopy was used tocan interact more intuitively and perceive spatial relationshipsmeasure the brain synchrony during the tangram puzzle task. In amore accurately. Furthermore, AR can display the collaboratorscollaboration condition, participants worked together to solve thein the user space using an avatar that provides a co-presencepuzzle. In an individual condition, participants solved the puzzlesimilar to face-to-face (FTF) interactions [5].independently. We recruited 46 participants in Study 1 and 48AR enables users to view overlaid virtual information andparticipants in Study 2. Study 1 showed there was a significantdifference in brain synchrony between the individual and collaboobjects in the real world through specialized displays includingration conditions, and a positive correlation was observed betweenhead mounted displays and glasses [6], [7]. In the past, ARbrain synchrony and the task performance in the collaborationdevices were expensive and primarily used by experts. However,condition. A comparison between Study 1 and 2 suggested thatwith the commercialization of AR devices at more affordablethe difference between the
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