Wolf M. Harmening

This study investigates how subfoveal scotomas affect fixation behavior and reveals fine-scale plasticity in the human visuomotor system.

This study finds that neural contrast sensitivity is not affected by myopic blur, even in under-corrected myopes, but differs in an albinism patient.

The paper shows that axonal propagation speeds in the human retina adjust to compensate for differences in axon length, ensuring synchronized action potential arrival times at the optic disc.

This paper investigates how fixational eye movements (FEM) affect visual acuity by modeling retinal coding and comparing it to human performance in a visual acuity task.

This study examines visual acuity in the human fovea by analyzing retinal sampling during fixation, finding that motion enhances resolution beyond static limits.

The paper shows that human fixation is systematically offset from the center of the foveal cone topography towards a naso-superior quadrant.

The paper assesses how the cellular organization of the fovea correlates with visual sensitivity in humans using psychophysical measurements and biophysical modeling.