Color vision, visual sensitivity, myopia, assessment of retinal function.

Visual function; Clinical optics

Visual space perception; Virtual environments

Public health, genetic epidemiology, human genetics, autoimmune diseases, multiple sclerosis, lupus erythematosus, rheumatoid arthritis

Corneal topography; Contact lens design and fabrication; Ocular image visualization; Blurring and deblurring; Vision realistic rendering; Vision correcting displays; Computational imaging; Computer graphics; Computer-aided geometric design and modeling; Computational photography

Cognition, Brain & Behavior; Clinical Science

Corneal Inflammation, Lymph/Blood Vascular Biology, Immunology, Transplantation

Cortical adaptation and plasticity in response to vision loss

Visual neurophysiology; Computational neurosciences

Interactions of color and luminance cues; Analysis of visual motion

Visualization, computer graphics, and human computer interaction.

The Effect of Neural Activity on the Assembly of Neural Circuits

Glaucoma, Diabetic Eye Disease

Gene therapy, inherited retinal degeneration, neurobiology of photoreceptors, signal transducing intermediates in the visual system

Microbiology, immunology, infectious disease, corneal and tear physiology

Central Visual Pathways: Systems and Computational Neuroscience

Understanding the Structure and Function of the Visual System

Molecular mechanisms for eye development and disease

Intrinsic Protective Circuits in Ocular Inflammatory, Immune and Wound Healing Responses

Chromatic organization in human retina; Mechanisms of visual loss with aging; Clinical psychophysics

High resolution neuroscience in humans

Measuring and controlling neural activity in the retina

Mechanisms of pattern vision; Influence of abnormal visual development

Ocular Surface Physiology

Optical Control of Myopia Progression.

Computer vision and computational modeling of human vision

Corneal topography, measurement, and applications

Laser spectroscopy to study excited-state reaction dynamics in photoactive proteins and to develop novel microfabricated chemical and biochemical analysis devices..

Molecular and Cellular Laboratory

Computer Graphics and Animation

Computational models of sensory coding and visual perception

Assessment of visual abilities in infants, children and special-needs population; Visual evoked potentials; Vision screening; Photorefraction

Tear mixing; Epithelial barrier function; corneal physiology; Contact lens extended wear

Retinal neurobiology and neurophysiology, retinal degeneration

Surface and colloid science technology

Attention and Perception

High resolution retinal imaging, adaptive optics, physiological optics, limits of human vision

Binocular vision; human development, ocular motility, strabismus, and amblyopia

Neural correlates of human visual perception, attention, and learning

Psychophysical studies of spatio-chromatic patterns

Visual neuroscience, structure and function of retinal circuits, computational modeling

Mammalian Developmental Visual Neurobiology

Clinical Electrophysiology; Mechanisms of Color Vision

Optics and the eye; retinal and central processing of spatial visual information

Crowding and Ensemble Perception

Eye growth regulation, refractive development and myopia (short-sightedness) – application of molecular & neurobiology, advanced imaging, and tissue engineering tools towards understanding mechanisms & developing novel therapies.

Computational Vision