Ongoing brain oscillations are known to influence perception, and to be reset by exogenous
stimulations. Voluntary action is also accompanied by prominent rhythmic activity, and …

Research in the last decade has undermined the idea of perception as a continuous
process, providing strong empirical support for its rhythmic modulation. More recently, it has …

Goal-directed motor behavior is associated with changes in patterns of rhythmic neuronal
activity across widely distributed brain areas. In particular, movement initiation and …

Abstract Theta oscillations (~ 4–12 Hz) are dynamically modulated by speed and direction in
freely moving animals. However, due to the paucity of electrophysiological recordings of …

It is well known that the motor and the sensory systems structure sensory data collection and
cooperate to achieve an efficient integration and exchange of information. Increasing …

Abstract Information processing in the brain is governed by oscillatory activity. Activity
oscillations in specific frequency bands (theta, alpha, beta and gamma) have been …

The mechanisms coordinating action and perception over time are poorly understood. The
sensory cortex needs to prepare for upcoming changes contingent on action, and this …

Temporal orienting improves sensory processing, akin to other top–down biases. However,
it is unknown whether these improvements reflect increased neural gain to any stimuli …

There is recent EEG evidence describing task-related changes of theta power in spatial
attention and reaching/pointing tasks. Here, we aim to better characterize this theta activity …

The phase of neural oscillatory signals aligns to the predicted onset of upcoming stimulation.
Whether such phase alignments represent phase resets of underlying neural oscillations or …