Jian Ding, PhD

Education

PhD, Biophysical Engineering

Research Interests

My research explores how the brain integrates visual information from both eyes to construct 2D and 3D perceptions of the world. My ultimate goal is to develop a comprehensive model of human binocular vision, encompassing how we perceive depth, fuse images from both eyes, and perform other complex binocular functions. This pursuit has already yielded a model explaining how the brain combines contrast, luminance, and phase information from each eye. Currently, I am developing a unified model for binocular fusion and depth perception, which will be integrated with my existing 2D model to predict 3D binocular vision.

Beyond this theoretical work, I am committed to translating my findings into practical applications that can improve the lives of individuals with binocular vision disorders, such as amblyopia ("lazy eye"). To this end, I am developing an engaging binocular vision training program that utilizes dynamic visual stimuli and interactive virtual reality games to enhance depth perception and strengthen eye coordination. This program has the potential to significantly improve the quality of life for individuals with binocular vision challenges.