HIGHLIGHTS
- What: The authors develop an ultrafast ophthalmic AO system that increases AO bandwidth by ~30× and improves aberration power rejection magnitude by 500×. The authors demonstrate that this much faster ophthalmic AO is possible without sacrificing other system performances. Using the ultrafast system, the authors characterize ocular aberration dynamics in six clinicallyrelevant scenarios and find their power spectra to be 10-100× larger than normal. The authors show that ultrafast AO substantially improves aberration correction and retinal imaging performance in these scenarios compared with conventional AO.
- Who: Yan Liu from the We evaluated the performance . . .
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