During their activities of daily living, humans run, walk, stand, sit and lie down. Recent
changes in our environment have favored sedentary behavior over more physically active …

Understanding the changes in cognitive processing that accompany changes in posture can
expand our understanding of embodied cognition and open new avenues for applications in …

The Stroop task and subtraction rely on the different cognitive processes and cerebral
regions, but both these cognitive functions interact with posture. The study of cognitive-motor …

Process interference or sharing of attentional resources between cognitive tasks and
balance control during upright standing has been well documented. Attentional costs …

Using two executive tasks, we explored how body posture influences mind wandering, a
universal internally self-generated activity. Specifically, participants were instructed to …

Smith et al.(2019) found standing resulted in better performance than sitting in three different
cognitive control paradigms: a Stroop task, a task-switching, and a visual search paradigm …

This study investigated the role of arousal and effort costs in the cognitive benefits of
alternating between sitting and standing postures using a sit‐stand desk, while measuring …

While it is known that posture and cognition interact, the mechanism of this interaction is still
uncertain. This interaction falls under the concept of sharing resources, implying that …

This study aimed to investigate how the cognitive control system resolves conflicts when
cognitive and emotional conflicts occur simultaneously, and how it performs. To achieve this …

The literature on postural control highlights that task performance should be worse in
challenging dual tasks than in a single task, because the brain has limited attentional …