In joint action, agents are assumed to represent their partner's task to optimize joint
performance. However, the neurophysiological processes underlying the processing of the …

Performing a task with another person may either enhance or reduce the interference
produced by task-irrelevant information. In three experiments, we employed the joint version …

Numerous joint action studies have demonstrated that certain low-level aspects (eg, stimuli
and responses) of a co-actor's task can be automatically and implicitly represented by us as …

Studies on joint task performance have proposed that co-acting individuals co-represent the
shared task context, which implies that actors integrate their co-actor's task components into …

Cooperation and competition shape everyday human interactions and impact individuals'
chances of success in different domains. Using a virtual Stroop test, classically employed to …

Performing a task with other actors involves two opposing forces, division of labor between
co-acting individuals and integration of divided parts of the task into a shared mental …

Computerized Stroop tasks have proven to be valuable tools in experimental and clinical
psychology, providing reliable and reproducible assessments of cognitive processes. This …

Our senses are stimulated continuously. Through multisensory integration, different sensory
inputs may or may not be combined into a unitary percept. Simultaneous with this …

Hartsuiker and Strijkers affirm that although language production may seem like a mundane
everyday activity, it is in fact a remarkable human accomplishment. This comprehensive text …

Co-actors represent and integrate each other's actions, even when they need not monitor
one another. However, monitoring is important for successful interactions, particularly those …