Abstract

Previous studies have demonstrated that combining individuals with different social skills affects performance in rhythmic interpersonal motor coordination, with individuals with lower social skills, such as individuals with autism spectrum disorder or schizophrenia, being found to follow the actions of partners with higher social skills. In this study, we investigated whether this finding could be generalized among pairs of individuals without disability. To perform this, we applied an interpersonal motor coordination task that required participants to perform rhythmic movements featuring an interpersonal relative phase pattern of 90°. We did not assign the two roles (i.e., the preceding and following roles) to the participants, meaning they were forced to determine which roles to adopt by observing each other’s movements, without verbal communication. Individual social skills were measured using the autism-spectrum quotient (AQ). We found that pairs of participants with widely differing AQ scores performed better than did pairs with similar AQ scores. Most notably, the participants with higher AQ scores tended to precede their partners in the present task, which is the opposite result to that reported in previous studies. Our findings suggest that paring individuals without disability according to their social skills influences their interpersonal coordination performance in tasks wherein they must determine the preceding and following roles themselves.

Highlights

  • Interpersonal motor coordination (IMC) plays an important role in successful social interaction

  • There was one participant who could be diagnosed with autism spectrum disorder (ASD); because the statistical significances in the correlation analyses were the same even if we excluded the data for this participant, we included this participant in the analysis

  • We found that there was no significant difference in the performance value in IMC, Correlation Between Motor Skill and IMC Performance

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Summary

Introduction

Interpersonal motor coordination (IMC) plays an important role in successful social interaction. How an individual feels about others affects their IMC with these people (Zhao et al, 2015, 2017). The dynamic systems approach is a useful tool for investigating this interaction between social characteristics and IMC (Schmidt et al, 1994, 2011; Schmidt and O’Brien, 1997; Miles et al, 2009; Varlet et al, 2012; Zhao et al, 2015, 2017; Fitzpatrick et al, 2016), and in this study, we applied this approach to investigate this relationship. We focused on how pairing individuals with differing social cognitive functions affects their IMC

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