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 …

The more we anticipate a response to a predictable stimulus, the faster we react. This
empirical observation has been confirmed and quantified by many investigators suggesting …

Predicting the timing of incoming information allows the brain to optimize information
processing in dynamic environments. Behaviorally, temporal expectations have been shown …

The ability to precisely anticipate the timing of upcoming events at the time-scale of seconds
is essential to predict objects' trajectories or to select relevant sensory information. What …

Alignment of neural oscillations with temporally regular input allows listeners to generate
temporal expectations. However, it remains unclear how behavior is governed in the context …

The ability to generate temporal predictions is fundamental for adaptive behavior. Precise
timing at the time-scale of seconds is critical, for instance to predict trajectories or to select …

Predicting not only what will happen, but also when it will happen is extremely helpful for
optimizing perception and action. Temporal predictions driven by periodic stimulation …

Anticipation of an impending stimulus shapes the state of the sensory systems, optimizing
neural and behavioral responses. Here, we studied the role of brain oscillations in mediating …

The brain's fascinating ability to adapt its internal neural dynamics to the temporal structure
of the sensory environment is becoming increasingly clear. It is thought to be metabolically …

Temporal expectations enhance neural encoding precision, reflected in optimized alignment
of slow neural oscillatory phase, and facilitate subsequent stimulus processing. If an event's …