How an object is perceived depends on the temporal context in which it is encountered.
Sensory signals in the brain also depend on temporal context, a phenomenon often referred …

In the natural environment, organisms are constantly exposed to a continuous stream of
sensory input. The dynamics of sensory input changes with organism's behaviour and …

To attribute spatial meaning to sensory information, the state of the sensory organ must be
represented in the nervous system. In the rodent's vibrissal system, the whisking-cycle …

Sensory systems encounter remarkably diverse stimuli in the external environment. Natural
stimuli exhibit timescales and amplitudes of variation that span a wide range. Mechanisms of …

In response to a changing sensory environment, sensory systems adjust their neural code
for a number of purposes, including an enhanced sensitivity for novel stimuli, prediction of …

Predictive processing, a leading theoretical framework for sensory processing, suggests that
the brain constantly generates predictions on the sensory world and that perception …

After half a century of research, the sensory features coded by neurons of the rodent barrel
cortex remain poorly understood. Still, views of the sensory representation of whisker …

The sensory systems in animals constantly monitor the environment and process salient and
relevant features while subtracting background activity. This process requires continuous …

Adaptation is a key component of efficient coding in sensory neurons. However, it remains
unclear how neurons can provide a stable representation of external stimuli given their …

Neuronal adaptation is a common feature observed at various stages of sensory processing.
Here, we quantified the time course of adaptation in rat somatosensory cortex. Under …