Pavan K. Tiruveedhula

The paper investigates motion perception during fixational drift and finds a sharp discontinuity where stimuli moving with retinal slip appear stable, while those moving with eye motion appear to move.

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

This study investigates how retinal image background content affects the perception of relative motion, finding that it is essential for computing motion direction but can paradoxically cause misperception of amplified retinal slip.

The paper measures foveal cone density in relation to axial length in living eyes and finds that myopes have higher angular sampling density despite retinal stretching.

The paper investigates how optical aberrations and fixational eye movements affect spatial summation in the human fovea, finding that post-receptoral neural pooling limits summation.

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