Closed-loop models of movement control have attracted growing interest in how the nervous
system transforms sensory information into motor commands, and several brain structures …

Visual and proprioceptive feedback both contribute to perceptual decisions, but it remains
unknown how these feedback signals are integrated together or consider factors such as …

Spatiotemporal properties of neuronal population activity in cortical motor areas have been
subjects of experimental and theoretical investigations, generating numerous interpretations …

Recent studies have identified rotational dynamics in motor cortex (MC), which many
assume arise from intrinsic connections in MC. However, behavioral and neurophysiological …

Humans consider the parameters linked to movement goal during reaching to adjust their
control strategy online. Indeed, rapid changes in target structure or disturbances interfering …

When humans reach to visual targets, extremely rapid (∼ 90 ms) target-directed responses
can be observed in task-relevant proximal muscles. Such express visuomotor responses are …

Movements are naturally composed of submovements, ie recurrent speed pulses (2–3 Hz),
possibly reflecting intermittent feedback-based motor adjustments. In visuomotor …

Humans can produce “express”(∼ 100 ms) arm muscle responses that are inflexibly locked
in time and space to visual target presentations, consistent with subcortical visuomotor …

When required, humans can generate very short latency reaches toward visual targets, such
as catching a falling cellphone. During such rapid reaches, express arm responses are the …

The separation of distinct motor memories by contextual cues is a well known and well
studied phenomenon of feedforward human motor control. However, there is no clear …