V. P. Pandiyan

This paper introduces CoORG, a non-AO optoretinography system with extended FOV, showing high repeatability and agreement with AO-OCT ORG in healthy subjects.

This paper introduces PRESIR, a method to correct motion-related decorrelation noise in FD-OCT, improving motion detection sensitivity and accuracy.

This paper introduces a reflective mirror-based line-scan adaptive optics OCT system for high-resolution retinal imaging, demonstrating cellular-scale structural and functional visualization in humans.

This paper introduces a high-speed adaptive optics OCT system for optoretinography, enabling detailed imaging of light-induced retinal responses with high speed, resolution, and sensitivity.

This study uses optical coherence tomography to measure light-induced deformations in photoreceptors and presents a model explaining the observed contraction and elongation.