Understanding social interactions requires the ability to accurately interpret conspecifics' actions, sometimes only on the basis of subtle body language analysis. Here we address an important issue that has not yet received much attention in social neuroscience, that of an interaction between two agents. We attempted to isolate brain responses to two individuals interacting compared to two individuals acting independently.We used minimalistic point-light displays to depict the characters, as they provide the most straightforward way to isolate mechanisms used to extract information from motion per se without any interference with other visual information. Functional magnetic resonance imaging (fMRI) method was used to determine which brain...
It is the aim of this article to present an empirically justified hypothesis about the functional ro...
Animations of simple geometric shapes are readily interpreted as animate agents engaged in meaningfu...
Our social abilities depend on specialized brain systems that allow us to perform crucial operations...
International audienceBackgroundUnderstanding social interactions requires the ability to accurately...
BACKGROUND: Understanding social interactions requires the ability to accurately interpret conspecif...
Processing biological motion is fundamental for everyday life activities, such as social interaction...
The studies presented in this video show that a focus on social interaction in neuroscience helps to...
Both the putative mirror neuron system (pMNS) and the ventral medial prefrontal cortex (vmPFC) are d...
The ability to gauge social interactions is crucial in the assessment of others ’ intentions. Factor...
Although a large proportion of our lives are spent participating in social interactions, the investi...
International audienceNon-verbal communication plays a major role in social interaction understandin...
Social communication is a crucial element of human behavior. Every day we resolve conflicts, empathi...
AbstractInternal (neuronal) representations in the brain are modified by our experiences, and this p...
According to the theory of embodied simulation, mirror neurons (MN) in our brain's motor system are ...
Implicit or automatic detection of social signals, which discriminate animate, intentional objects i...
It is the aim of this article to present an empirically justified hypothesis about the functional ro...
Animations of simple geometric shapes are readily interpreted as animate agents engaged in meaningfu...
Our social abilities depend on specialized brain systems that allow us to perform crucial operations...
International audienceBackgroundUnderstanding social interactions requires the ability to accurately...
BACKGROUND: Understanding social interactions requires the ability to accurately interpret conspecif...
Processing biological motion is fundamental for everyday life activities, such as social interaction...
The studies presented in this video show that a focus on social interaction in neuroscience helps to...
Both the putative mirror neuron system (pMNS) and the ventral medial prefrontal cortex (vmPFC) are d...
The ability to gauge social interactions is crucial in the assessment of others ’ intentions. Factor...
Although a large proportion of our lives are spent participating in social interactions, the investi...
International audienceNon-verbal communication plays a major role in social interaction understandin...
Social communication is a crucial element of human behavior. Every day we resolve conflicts, empathi...
AbstractInternal (neuronal) representations in the brain are modified by our experiences, and this p...
According to the theory of embodied simulation, mirror neurons (MN) in our brain's motor system are ...
Implicit or automatic detection of social signals, which discriminate animate, intentional objects i...
It is the aim of this article to present an empirically justified hypothesis about the functional ro...
Animations of simple geometric shapes are readily interpreted as animate agents engaged in meaningfu...
Our social abilities depend on specialized brain systems that allow us to perform crucial operations...