Research Interests of Current Mentors:
 | John Brabyn, Ph.D.
Low vision and blindness rehabilitation, sensory impairment, assistive technology. |
 | Arvind Chandna, MD. DO. FRCS. FRCOphth
Childhood vision disorders, particularly normal and abnormal visual development and oculomotor control in strabismus, amblyopia and cerebral visual impairment. |
 | James Coughlan, Ph.D.
Applications of computer vision and sensor technologies for people who are blind or visually impaired. |
 | Don Fletcher, M.D.
Low vision rehabilitation, correlation of macular pathology to functional performance, macular perimetry, reading, and adaptive skill training. |
 | Steve Heinen, Ph.D.
Attentive and inattentive control of smooth, fixational and binocular eye movements using stimuli inspired by natural objects. |
 | Chuan Hou, M.D., Ph.D.
EEG source imaging and psychophysical studies of interocular suppression and attention, temporal dynamics of visual processing in amblyopia and strabismus. |
 | Lora Likova, Ph.D.
Brain plasticity, multisensory perception, memory, learning, and navigation in the blind and sighted, investigated with multimodal brain imaging (fMRI/DTI/EEG/VBM/SBM), and behavioral and VR interventions for neurorehabilitation. |
 | Natela Shanidze, Ph.D.
Visual/vestibular interactions, eye and head movements in normal vision and central field loss, noise-induced vestibular deficits, mobility - gait and postural control. |
 | Santani Teng, Ph.D.
Cross-sensory spatial and object perception, braille, echolocation, and mobility in blind and sighted persons, investigated with psychophysical, neuroimaging (fMRI, M/EEG), and engineering approaches. |
 | Christopher Tyler, Ph.D., D.Sc.
Brain imaging, electrophysiological, and psychophysical studies of 3D vision, long-range interactions, and temporal processing dynamics in brain trauma and visual disorders. |
 | Preeti Verghese, Ph.D.
Spatial vision, stereopsis, attention, and eye movements in normal vision and in individuals with macular degeneration, amblyopia and strabismus, using psychophysics, virtual reality, and steady-state VEP. |
