The brain has a never-ending internal activity, whose spatiotemporal evolution impacts how
we perceive external inputs and generate illusions. The spatiotemporal evolution depends …

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 …

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 …

How does our brain translate sensory information that has been acquired by receptors in our
periphery into information that is relevant for behaviour and decision making? Currently we …

Due to continuous state variations in neocortical circuits, individual SI neurons in vivo
display a variety of intracellular response types to repeated presentations of the exact same …

The sense of touch comprises multiple sensory channels that each conveys characteristic
signals during interactions with objects. These neural signals must then be integrated in …

Studies employing EEG to measure somatosensory responses have been typically
optimized to compute event-related potentials in response to discrete events (ERPs) …

Flexible and generalizable representations of touch | Nature Reviews Neuroscience Skip to main
content Thank you for visiting nature.com. You are using a browser version with limited support …

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 …

The mindless act of swatting a mosquito on the hand poses a remarkable challenge for the
brain. Given that the primary somatosensory cortex maps skin location independently of arm …