This research demonstrates how to design optical surfaces to achieve desired light distributions in nonimaging optics, indicating practical applications for various sources.
We consider the inverse problem from nonimaging optics: given a source and its light distribution, find the optical surfaces that transform the light into a desired target distribution. We present models for optical systems with a parallel or point source. The surfaces (lens or reflector) are freeform. Our models are based on Hamilton’s characteristic functions and energy conservation.
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Anthonissen et al. (2025) studied this question.
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