Research Projects
Developmental Course of Visual Crowding
This project explores how visual crowding—the difficulty of recognizing objects in clutter—changes across the lifespan. Through experimental studies and computational modeling, we investigate the developmental trajectory of crowding and its implications for everyday perception.
Neural Mechanisms of Visual Crowding
Using EEG, we explore the neural mechanisms that give rise to visual crowding. Frequency-based analyses allow us to track brain activity during crowded versus isolated viewing conditions, revealing how clutter disrupts object recognition.
Redundancy Masking and EEG Frequency Tagging
We study redundancy masking, a phenomenon where repeating visual elements become less perceptible, using EEG frequency tagging techniques. This approach allows us to track neural responses to redundant versus unique stimuli, offering insights into the brain mechanisms of visual information reduction.
Implicit Social Biases
This project investigates the cognitive and neural bases of implicit social biases. By combining behavioral tasks with neuroimaging, we aim to uncover how unconscious attitudes shape perception and examine their underlying neural correlates.