Our research examines the neural basis of cognition and consciousness, including executive functions like working memory, attention, and decision-making.
We study how the brain learns abstract rules, categories, and concepts.
We study how neural dynamics, like oscillatory brain rhythms, contribute to cognition and consciousness.
Our work shows that lower-frequency brain waves act as top-down control signals, regulating sensory processing and organizing and performing neural computation.
We have shown that general anesthesia induces unconsciousness by altering brain waves and increasing brain chaos.
We have identified mechanisms that maintain brain stability.
Our aim is to understand cognition and consciousness to develop treatments for autism, schizophrenia, and attention deficit disorder, and to improve anesthesia safety.
