Stroke, a major cause of disability, disrupts brain function and motor skills. Previous
research has mainly focused on reorganization of the motor system post-stroke, but the …

Sensorimotor learning is a dynamic, systems-level process that involves the combined
action of multiple neural systems distributed across the brain. Although much is known about …

The subiculum (SUB) plays a crucial role in spatial navigation and encodes navigational
information differently from the hippocampal CA1 area. However, the representation of …

The cerebellum is recognized to play a critical role in the automatic and implicit process by
which movement errors are used to keep the sensorimotor system precisely calibrated …

Adaptive motor behavior depends on the coordinated activity of multiple neural systems
distributed across the brain. While the role of sensorimotor cortex in motor learning has been …

Sensorimotor learning is supported by multiple competing processes that operate
concurrently, making it a challenge to elucidate their neural underpinnings. Here, using …

The ability of the central nervous system to learn new mappings between motor commands
and sensory feedback is critical for adaptive behaviour. Substantial behavioral evidence …

The ability to adapt to changes in the environment is essential for skilled performance,
especially in competitive sports and events, where experts consistently perform at the …

Our ability to automatically learn environmental regularities over time to make predictions
about the world is central to human cognition and behaviour. Despite its importance, the …

Models of Human motor behaviour often emphasize the computations performed by the
motor system during learning. Yet, there is an emerging consensus that the learning of even …