We study how the mind makes sense of time, space, and uncertainty

Familiar environments help the brain focus on what matters and ignore what doesn't. Our research explores how spatial regularities, contextual cueing, and cross-modal signals shape selective attention in complex scenes.

Perception is not passive; the brain constantly combines prior knowledge with new sensory evidence to form beliefs about the world. Our work examines prediction errors, prior updating, and computational models of this inferential process.

How does the brain construct the experience of time and why does it sometimes get it wrong? Our research investigates sequential dependencies, context effects, timing models, and the neural signatures of temporal processing across seconds to minutes.