Technological advances in recent decades have allowed us to measure both the information
available to the visual system in the natural environment and the rich array of behaviors that …

Over the past decade, extended reality (XR) has emerged as an assistive technology not
only to augment residual vision of people losing their sight but also to study the rudimentary …

Loss of central vision can be compensated for in part by increased use of peripheral vision.
For example, patients with macular degeneration or those experiencing simulated central …

After loss of central vision following retinal pathologies such as macular degeneration (MD),
patients often adopt compensatory strategies including develo** a “preferred retinal …

Patients with central vision loss (CVL) adopt an eccentric retinal location for fixation, a
preferred retinal location (PRL), to compensate for vision loss at the fovea. Although most …

For normally sighted observers, the centre of the macula—the fovea—provides the sharpest
vision and serves as the reference point for the oculomotor system. Typically, healthy …

People with bilateral central vision loss sometimes develop a new point of oculomotor
reference called a preferred retinal locus (PRL) that is used for fixating and planning …

Some training paradigms can improve performance specific to the trained portion of the
visual field. Similarly, experience with both pathological and simulated central vision loss …

A growing body of literature offers exciting perspectives on the use of brain stimulation to
boost training-related perceptual improvements in humans. Recent studies suggest that …

Patients with central vision loss often adopt a location outside their scotoma as the new
reference for vision, the preferred retinal locus (PRL). The development of a PRL is …