Analytical expressions for the ray-transfer matrix have been proven useful for the understanding of ray propagation in gradient-index (GRIN) lenses. The determination of an exact analytical expression for the ray-transfer matrix of arbitrary GRIN lenses remains unsolved. We propose an approximation based on the perturbation method with highly accurate results for models of the crystalline lens, which outperforms existing methods.
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Department of Physics,School of Science and Engineering,Ateneo de Manila UniversityDepartment of Physics,School of Science and Engineering,Ateneo de Manila University
Jerry T.Barretto
Clark Kendrick C.Go
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Department of Mathematics,School of Science and Engineering,Ateneo de Manila UniversityDepartment of Physics,School of Science and Engineering,Ateneo de Manila University
Clark Kendrick C.Go
Stein Alec C.Baluyot
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Department of Physics,School of Science and Engineering,Ateneo de Manila UniversityDepartment of Physics,School of Science and Engineering,Ateneo de Manila University