A novel imaging system with liquid-crystal adaptive optics based on feedback interferometry is described for high-resolution retinal imaging. The performance of the system was verified by experiments using an artificial eye consisting of a lens, an aberration plate, and a resolution test target. We observed that an image of the test target (mimicking a retina) blurred by the aberration plate (mimicking ocular aberrations) was successfully restored immediately after our adaptive optics system was activated.
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