Motor learning encompasses a wide range of phenomena, ranging from relatively low-level
mechanisms for maintaining calibration of our movements, to making high-level cognitive …

The study of motor planning and learning in humans has undergone a dramatic
transformation in the 20 years since this journal's last review of this topic. The behavioral …

Multiple learning processes contribute to successful goal-directed actions in the face of
changing physiological states, biomechanical constraints, and environmental contexts …

Implicit motor recalibration allows us to flexibly move in novel and changing environments.
Conventionally, implicit recalibration is thought to be driven by errors in predicting the …

The motor system demonstrates an exquisite ability to adapt to changes in the environment
and to quickly reset when these changes prove transient. If similar environmental changes …

Sensorimotor adaptation is essential for keeping our movements well calibrated in response
to changes in the body and environment. For over a century, researchers have studied …

Sensorimotor learning is supported by at least two parallel systems: a strategic process that
benefits from explicit knowledge and an implicit process that adapts subconsciously. How do …

Collecting data online via crowdsourcing platforms has proven to be a very efficient way to
recruit a large and diverse sample. Studies of motor learning, however, have been largely …

Recent studies have demonstrated that task success signals can modulate learning during
sensorimotor adaptation tasks, primarily through engaging explicit processes. Here, we …

Prediction errors guide many forms of learning, providing teaching signals that help us
improve our performance. Implicit motor adaptation, for instance, is thought to be driven by …