The contrast sensitivity function (CSF) provides a fundamental characterization of spatial
vision, important for basic and clinical applications, but its long testing times have prevented …

Short-term monocular deprivation (∼ 150 min) temporarily shifts sensory eye balance in
favor of the deprived eye (Lunghi, Burr, & Morrone, 2011; Zhou, Clavagnier, & Hess, 2013) …

Classic studies of ocular dominance plasticity in early development showed that monocular
deprivation suppresses the neural representation and visual function of the deprived eye …

With eleven different types of stimuli that exercise a wide gamut of spatial and temporal
visual processes, negative perturbations from mean luminance are found to be typically 25 …

Visual performance is jointly determined by the quality of optical transmission of the eye and
neural processing in the visual system. An open question is: Can effects of optical defects be …

Although human observers can perceive depth from stereograms with considerable contrast
difference between the images presented to the two eyes (Legge & Gu, 1989), how contrast …

The contrast sensitivity function (CSF), a measure of visual sensitivity to a wide range of
spatial frequencies, has been widely used as the gain profile of the front-end filter of the …

Purpose: Neural selectivity of orientation is a fundamental property of visual system. We aim
to investigate whether and how the orientation selectivity changes in amblyopia. Methods …

Previous studies have demonstrated that orientation-specific deprivation in early life can
lead to neural deficits of spatial vision in certain space, and can even result in meridional …

Comparing characteristics of learning in first-and second-order systems might inform us
about different neural plasticity in the two systems. In the current study, we aim to determine …