The temporal structure of sensory inputs contains essential information for their
interpretation. Sensory cortex represents these temporal cues through two codes: the …

Being able to produce sounds that capture attention and elicit rapid reactions is the prime
goal of communication. One strategy, exploited by alarm signals, consists in emitting fast but …

To generate insight from experimental data, it is critical to understand the inter-relationships
between individual data points and place them in context within a structured framework …

The interpretation of neuronal spike train recordings often relies on abstract statistical
models that allow for principled parameter estimation and model selection but provide only …

A key computational principle for encoding time-varying signals in auditory and
somatosensory cortices of monkeys is the opponent model of rate coding by two distinct …

Studies of the encoding of sensory stimuli by the brain often consider recorded neurons as a
pool of identical units. Here, we report divergence in stimulus-encoding properties between …

Perception of vocalizations and other behaviorally relevant sounds requires integrating
acoustic information over hundreds of milliseconds. Sound-evoked activity in auditory cortex …

Temporal processing of complex sounds is a fundamental and complex task in hearing and
a prerequisite for processing and understanding vocalization, speech, and prosody. Here …

The amygdala (AMY) is widely implicated in fear learning and fear behaviour, but it remains
unclear how the many biological components present within AMY interact to achieve these …

In primary auditory cortex, slowly repeated acoustic events are represented temporally by
the stimulus-locked activity of single neurons. Single-unit studies in awake marmosets …