People correct for movement errors when acquiring new motor skills (de novo learning) or
adapting well-known movements (motor adaptation). While de novo learning establishes …

Implicit adaptation has been regarded as a rigid process that automatically operates in
response to movement errors to keep the sensorimotor system precisely calibrated. This …

Primates excel at map** sensory inputs flexibly onto motor outcomes. We asked if the
neural dynamics to support context-sensitive sensorimotor map** generalizes or differs …

The cerebellum is crucial for sensorimotor adaptation, using error information to keep the
sensorimotor system well-calibrated. Here we introduce a population-coding model to …

In human error–based learning, the size and direction of a scalar error (ie, the “directed
error”) are used to update future actions. Modern deep reinforcement learning (RL) methods …

People correct for movement errors when acquiring new motor skills (de novo learning) or
adapting well-known movements (motor adaptation). These two motor learning types should …

In a recent paper entitled,“An implicit memory of errors limits human sensorimotor
adaptation” Albert and colleagues presented a model in which the adaptive response of the …

The ability to coordinate movements between the hands is crucial for many daily tasks.
However, the precise mechanisms governing the storage and utilization of bimanual …

Humans are able to overcome sensory perturbations imposed on their movements through
motor learning. One of the key mechanisms to accomplish this is sensorimotor adaptation …