Prediction allows humans and other animals to prepare for future interactions with their
environment. This is important in our dynamically changing world that requires fast and …

Sensorimotor control of human action integrates feedforward policies that predict future body
states with online sensory feedback. These predictions lead to a suppression of the …

Tools, which have a cognitive background rooted in our phylogenetic history, are essential
for humans to interact with their environment. One of the characteristics of human beings is …

Tactile suppression refers to the phenomenon that tactile signals are attenuated during
movement planning and execution when presented on a moving limb compared to rest. It is …

The processing of somatosensory information is hampered on a moving limb. This
suppression has been widely attributed to sensorimotor predictions that suppress the …

Background To achieve different central preset force levels requires various fine-tuning
efforts and may elicit different uptight responses. The mandibular lever system has a distinct …

Tactile sensitivity is decreased on a moving limb compared to the same static limb. This
tactile suppression likely reflects an interplay between sensorimotor predictions and sensory …

Tactile perception is impaired in a limb that is moving compared to when it is static. A
possible mechanism that explains this phenomenon is an internal forward model that …

Predictive processes are key components for the sensorimotor control of human movement.
One characteristic phenomenon that arises around human movement is that somatosensory …

When interacting with objects, we often rely on visual information. However, vision is not
always the most reliable sense for determining relevant object properties. For example …