Microsaccades are small, involuntary eye movements that occur during fixation. Since the
1950s, researchers have conducted extensive research on the role of microsaccades in …

Background Eye movement is critical for obtaining precise visual information and providing
sensorimotor processes and advanced cognitive functions to the brain behavioral indicator …

Reliable, noninvasive biomarkers that reveal the internal state of a subject are an invaluable
tool for neurological diagnoses. Small fixational eye movements, called microsaccades, are …

Brain circuitry that controls where we look also contributes to attentional selection of visual
contents outside current fixation, or content within the spatial layout of working memory. A …

Human perceptual learning, experience-induced gains in sensory discrimination, typically
yields long-term performance improvements. Recent research revealed long-lasting transfer …

Microsaccades, incessant “fixational eye movements”(< 1°), are an important window into
cognitive functions. Yet, its role in visual perceptual learning (VPL)–improvements in visual …

Microsaccades—small fixational eye movements—are fundamental to visual processing.
They result from several competing influences like maintenance of fixation accuracy (1) …

Brain circuitry that controls where we look also contributes to attentional focusing of visual
contents outside of current fixation or contents held within the spatial layout of working …

Microsaccades—tiny fixational eye movements—improve discriminability in high-acuity
tasks in the foveola. To investigate whether they help compensate for low discriminability at …

Selective spatial attention plays a critical role in perception in the daily environment where
multiple sensory stimuli exist. Even covertly directing attention to a specific location …