Elsevier

Cortex

Volume 49, Issue 10, November–December 2013, Pages 2964-2965
Cortex

Discussion forum
How does “mirroring” support joint action?

https://doi.org/10.1016/j.cortex.2013.06.006Get rights and content

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  • Does agency matter? Neural processing of robotic movements in 4- and 8-year olds

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    When we see another human being performing an action, we process that action in such a way that it enables us to understand and predict what this person will do next, coordinate with this person accordingly, and even ascribe goals, desires, and beliefs behind his or her action (Gallese et al., 2004; Sebanz et al., 2006a,b; Vesper et al., 2017). This ability is essential to our success and survival, as it allows us to cooperate efficiently with other individuals (Colling et al., 2013; Verschure, 2014). One of the mechanisms that has been proposed to play a role in action prediction and understanding is motor resonance: when we perceive another agent performing an action, this, in turn, activates the associated motor representation that would have generated these effects in our motor system (Bekkering et al., 2009; Hommel et al., 2001; Paulus, 2012; Sebanz et al., 2006a, 2006b).

  • Acting with shared intentions: A systematic review on joint action coordination in Autism Spectrum Disorder

    2021, Brain and Cognition
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    Moreover, a deficit in predicting the other’s actions could be due to a failure to use the kinematic details of the action (Wild et al., 2010) or to reduced orientation for biological movement linked to abnormal activation in STS (Dickstein et al., 2013). There is also evidence that mirroring supports temporal coordination in real time joint action (Colling, Knoblich, & Sebanz, 2013). Three studies (Ansuini et al., 2018; Gonzalez et al., 2013; Scharoun and Bryden, 2016) revealed interesting findings related to the motor planning abilities of individuals with ASD.

  • Automatic imitation of multiple agents: A computational model

    2019, Cognitive Psychology
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    In contrast, in daily life, social situations often involve multiple agents acting together. Given that the mechanism linking perception to action has an important social function, by supporting action understanding (Catmur, Thompson, Bairaktari, Lind, & Bird, 2017) and facilitating interpersonal coordination (Colling, Knoblich, & Sebanz, 2013; Wilson & Knoblich, 2005), a key question is how this mechanism contributes to social situations extending beyond the dyad. In other words, is it possible to represent the actions of multiple agents at the same time in the motor system?

  • Motor simulation of multiple observed actions

    2018, Cognition
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    Instead, a full test of the interaction simulation hypothesis requires an investigation of situations in which meaningful social interactions between two persons are observed. Second, regarding joint action, previous work has shown that motor simulation facilitates interpersonal coordination in joint action tasks with two agents (Colling, Knoblich, & Sebanz, 2013; Kourtis, Sebanz, & Knoblich, 2013; Sebanz, Bekkering, & Knoblich, 2006). In extension, our results suggest that individuals might also use this mechanism to coordinate their actions with multiple co-actors at once, such as when ensemble musicians have to tune their performance to each other (Volpe, D’Ausilio, Badino, Camurri, & Fadiga, 2016).

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