Norick R. Bowers

The paper identifies an optimal retinal location for high-resolution vision, showing it provides better acuity than the anatomical fovea and is stabilized by eye movements timed before stimulus presentation.

This study investigates cortical dynamics during contour integration by varying contour onset-time and fidelity using EEG, revealing temporal patterns linked to attentional processing.

This study examines how fixational eye movements vary with task type and target, finding that active tasks reduce microsaccades and increase fixation stability.

The paper examines the effects of fixational tremor on the retinal image by analyzing high-frequency eye movement data from six subjects.

The paper investigates whether miniature eye movements are optimally tuned for seeing fine spatial details and finds they may not be optimal.