David R. Williams

This paper uses phase diversity to correct residual aberrations in adaptive optics scanning laser ophthalmoscopy, improving visualization of retinal microstructures.

This study demonstrates optogenetic activation of individual retinal ganglion cells in living primates without affecting neighboring cells, enabling causal studies of retinal circuits.

The paper investigates how raster-scanned visual stimuli from AOSLO affect retinal ON and OFF pathways, finding asymmetries in baseline activity and response rectification.

The paper confirms the presence of non-cardinal cone-opponent retinal ganglion cells in macaques using adaptive optics calcium imaging, showing greater diversity in retinal output signals than previously thought.

The paper studies foveolar retinal ganglion cells in Macaca fascicularis using adaptive optics and calcium imaging to analyze their chromatic responses and spatial transfer functions.