The neocortex has a globally encompassing network structure, which for each given input
constrains the possible combinations of neuronal activations across it. Hence, its network …

The brain has a never-ending internal activity, whose spatiotemporal evolution interacts with
external inputs to constrain their impact on brain activity and thereby how we perceive them …

Due to continuous state variations in neocortical circuits, individual somatosensory cortex
(SI) neurons in vivo display a variety of intracellular responses to the exact same …

We report the results of our experimental and theoretical investigations of the neural
response dynamics in primary visual cortex (V1) during naturalistic visual stimulation. We …

The brain is organized hierarchically to process sensory signals. But, how functional
connections within and across areas contribute to this hierarchical order? We addressed this …

Optimal behavior and survival result from integration of information across sensory systems.
Modulation of network activity at the level of primary sensory cortices has been identified as …

The brain is hierarchically organized to process sensory signals. But, to what extent do
functional connections within and across areas shape this hierarchical order? We …

Whereas functional localization historically has been a key concept in neuroscience, direct
neuronal recordings show that input of a particular modality can be recorded well outside its …

Optimal behavior relies on the successful integration of complementary information from
multiple senses. The neural mechanisms underlying multisensory interactions are still poorly …

Accumulating evidence suggests that neural interactions are distributed and relate to animal
behavior, but many open questions remain. The neural assembly hypothesis, formulated by …