The property of mixed selectivity has been discussed at a computational level and offers a
strategy to maximize computational power by adding versatility to the functional role of each …

One major challenge of neuroscience is identifying structure in seemingly disorganized
neural activity. Different types of structure have different computational implications that can …

Animals adapt to a constantly changing world by predicting their environment and the
consequences of their actions. The predictive coding hypothesis proposes that the brain …

Behaviors and their execution depend on the context and emotional state in which they are
performed. The contextual modulation of behavior likely relies on regions such as the …

Neural systems have evolved to process sensory stimuli in a way that allows for efficient and
adaptive behavior in a complex environment. Recent technological advances enable us to …

Measures of functional connectivity have played a central role in advancing our
understanding of how information is transmitted and processed within the brain …

The rich variety of behaviors observed in animals arises through the complex interplay
between sensory processing and motor control. To understand these sensorimotor …

Flexible action selection requires cognitive control mechanisms capable of mapping the
same inputs to diverse output actions depending on goals and contexts. How the brain …

Survival behaviors are orchestrated by hardwired circuits located in deep subcortical brain
regions, most prominently the hypothalamus. Artificial activation of spatially localized …

During perceptually guided decisions, correlates of choice are found as upstream as in the
primary sensory areas. However, how well these choice signals align with early sensory …