Lenses

Three-dimensional nonlinear optical endoscopy

Biomedical Engineering / Visualization / Nonlinear Optics / Nonlinear dynamics / Cancer / Optical coherence tomography / Microelectromechanical systems / Optical Imaging / Biomedical Optics / Three Dimensional Imaging / Lenses / Optical physics / Digestive System / Photonic Crystal Fibers / Optometry and Ophthalmology / Image Enhancement / Three Dimensional / Reproducibility of Results / Sensitivity and Specificity / Equipment Design / Equipment Failure Analysis / Optical coherence tomography / Microelectromechanical systems / Optical Imaging / Biomedical Optics / Three Dimensional Imaging / Lenses / Optical physics / Digestive System / Photonic Crystal Fibers / Optometry and Ophthalmology / Image Enhancement / Three Dimensional / Reproducibility of Results / Sensitivity and Specificity / Equipment Design / Equipment Failure Analysis

Adaptive optics multiphoton microscopy to study ex vivo ocular tissues

Biomedical Engineering / Microscopy / Multiphoton Microscopy / Cornea / Adaptive Optics / Biomedical Optics / Humans / Animals / Second Harmonic Generation / Feedback / Lenses / Optical physics / Optometry and Ophthalmology / Image Enhancement / Swine / Equipment Design / Equipment Failure Analysis / Biomedical Optics / Humans / Animals / Second Harmonic Generation / Feedback / Lenses / Optical physics / Optometry and Ophthalmology / Image Enhancement / Swine / Equipment Design / Equipment Failure Analysis

Adaptive optics multiphoton microscopy to study ex vivo ocular tissues

Biomedical Engineering / Cornea / Biomedical Optics / Humans / Animals / Feedback / Lenses / Optical physics / Optometry and Ophthalmology / Image Enhancement / Swine / Equipment Design / Equipment Failure Analysis / Feedback / Lenses / Optical physics / Optometry and Ophthalmology / Image Enhancement / Swine / Equipment Design / Equipment Failure Analysis

Compact, transmissive two-dimensional spatial disperser design with application in simultaneous endoscopic imaging and laser microsurgery

Mechanical Engineering / Microsurgery / Systems Integration / Computer assisted orthopaedic surgery / Lighting / Light / Lenses / Applied Optics / Optical physics / Image Enhancement / Miniaturization / Laser Therapy / Equipment Design / Equipment Failure Analysis / Electrical And Electronic Engineering / Refractometry / Endoscopes / Light / Lenses / Applied Optics / Optical physics / Image Enhancement / Miniaturization / Laser Therapy / Equipment Design / Equipment Failure Analysis / Electrical And Electronic Engineering / Refractometry / Endoscopes

Chaotic behavior in an algorithm to escape from poor local minima in lens design

Algorithms / Nonlinear dynamics / Computer Aided Design / System Design / Computer Simulation / Light / Lenses / Optical physics / Local minima / Theoretical Models / Image Enhancement / Reproducibility of Results / Sensitivity and Specificity / Equipment Design / Equipment Failure Analysis / Electrical And Electronic Engineering / Least Square Method / Geometric Optics / Computational Method / Light / Lenses / Optical physics / Local minima / Theoretical Models / Image Enhancement / Reproducibility of Results / Sensitivity and Specificity / Equipment Design / Equipment Failure Analysis / Electrical And Electronic Engineering / Least Square Method / Geometric Optics / Computational Method

Vortex retarders produced from photo-aligned liquid crystal polymers

Algorithms / Photochemistry / Polymers / Light / Lenses / Optical physics / Optics and Photonics / Reproducibility of Results / Mueller Matrix Polarimetry / Point Spread Function / Equipment Design / Birefringence / Electrical And Electronic Engineering / Refractometry / Optical physics / Optics and Photonics / Reproducibility of Results / Mueller Matrix Polarimetry / Point Spread Function / Equipment Design / Birefringence / Electrical And Electronic Engineering / Refractometry

Three-dimensional nonlinear optical endoscopy

Biomedical Engineering / Visualization / Nonlinear Optics / Nonlinear dynamics / Cancer / Optical coherence tomography / Microelectromechanical systems / Optical Imaging / Biomedical Optics / Three Dimensional Imaging / Lenses / Optical physics / Digestive System / Photonic Crystal Fibers / Optometry and Ophthalmology / Image Enhancement / Three Dimensional / Reproducibility of Results / Sensitivity and Specificity / Equipment Design / Equipment Failure Analysis / Optical coherence tomography / Microelectromechanical systems / Optical Imaging / Biomedical Optics / Three Dimensional Imaging / Lenses / Optical physics / Digestive System / Photonic Crystal Fibers / Optometry and Ophthalmology / Image Enhancement / Three Dimensional / Reproducibility of Results / Sensitivity and Specificity / Equipment Design / Equipment Failure Analysis

Strehl ratios characterizing optical elements designed for presbyopia compensation

Computer Aided Design / Humans / Lenses / Optical physics / Reproducibility of Results / Eyeglasses / Sensitivity and Specificity / Equipment Design / Equipment Failure Analysis / Presbyopia / Electrical And Electronic Engineering / Eyeglasses / Sensitivity and Specificity / Equipment Design / Equipment Failure Analysis / Presbyopia / Electrical And Electronic Engineering

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