Since the first descriptions of sensorimotor rhythms by Berger (1929) and by Jasper and
Penfield (1949), the potential role of beta oscillations (~ 13–30Hz) in the brain has been …

Highlights•Active sensing entails prediction.•Motor systems generate temporal predictions in
active sensing.•Motor-derived oscillatory rhythms can underpin temporal prediction in …

While oscillations of the local field potential (LFP) are commonly attributed to the
synchronization of neuronal firing rate on the same time scale, their relationship to …

Low and high beta frequency rhythms were observed in the motor cortex, but their respective
sources and behavioral correlates remain unknown. We studied local field potentials (LFPs) …

The local field potential (LFP) is a population measure, mainly reflecting local synaptic
activity. Beta oscillations (12–40 Hz) occur in motor cortical LFPs, but their functional …

Grasping an object involves shaping the hand and fingers in relation to the object's physical
properties. Following object contact, it also requires a fine adjustment of grasp forces for …

It is not yet known whether the scalar properties of explicit timing are also displayed by more
implicit, predictive forms of timing. We investigated whether performance in both explicit and …

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 unsupervised and principled diagnosis of multi-scale data is a fundamental obstacle in
modern scientific problems from, for instance, weather and climate prediction, neurology …

The properties of motor cortical local field potential (LFP) beta oscillations have been
extensively studied. Their relationship to the local neuronal spiking activity was also …