Autism spectrum disorders (ASD) have been associated with altered neural oscillations,
especially fast oscillatory activity in the gamma frequency range, suggesting fundamentally …

It has been suggested that the brain employs probabilistic generative models to optimally
interpret sensory information. This hypothesis has been formalised in distinct frameworks …

Neural activity during repeated presentations of a sensory stimulus exhibits considerable
trial-by-trial variability. Previous studies have reported that trial-by-trial neural variability is …

We do not claim that the brain is completely deterministic, and we agree that noise may be
beneficial in some cases. But we suggest that neuronal variability may be often …

Perception reflects not only sensory inputs, but also the endogenous state when these
inputs enter the brain. Prior studies show that endogenous neural states influence stimulus …

The ventral striatum (VS) is a central node within a distributed network that controls
appetitive behavior, and neuromodulation of the VS has demonstrated therapeutic potential …

The mechanisms that govern thalamocortical transmission are poorly understood. Recent
data have shown that sensory stimuli elicit activity in ensembles of cortical neurons that …

Autism spectrum disorder (autism) is a prevalent neurodevelopmental condition
characterized by early emerging impairments in social behavior and communication. EEG …

Shared neuronal variability has been shown to modulate cognitive processing. However, the
relationship between shared variability and behavioral performance is heterogeneous and …

Phase synchronization of neuronal oscillations is a fundamental mechanism underlying
cognitive processing and behavior, including context-dependent response production and …