Bimanual coordination, a prototype of a complex motor skill, has recently become the
subject of intensive investigation. Whereas past research focused mainly on the …

Using more than one limb to perform functional, goal-directed actions is arguably one of the
most important abilities that human beings possess. In many everyday tasks, the hands, in …

We argue that bimanual coordination and interference depends critically on how these
actions are represented on a cognitive level. We first review the literature on spatial …

Touchpad and touchscreen interaction using multiple fingers is emerging as a valuable form
of high-degree-of-freedom input. While bimanual interaction has been extensively studied …

Two split-brain patients, a patient with callosal agenesis, and 6 age-matched control
participants were tested on a bimanual force production task. The participants produced …

Developmental changes in bimanual coordination were examined in four age groups: 6/7,
10/11, 14/15 years, and young adults. Temporal coupling was assessed through the …

Traditional approaches to research on bimanual coordination focus on sensorimotor
interference, motor programming, and effects of perception and feedback guidance; …

It has often been supposed that patterns of rhythmic bimanual coordination in which
homologous muscles are engaged simultaneously, are performed in a more stable manner …

Interlimb coordination obtained through temporal and spatial coupling is a significant feature
of human motor control. To understand the robustness of this capability the authors …

To what extent does visual feedback shape the coordination between our arms? As a first
step towards answering this question, this study compares bimanual coupling in …