Publications – Wavefront Dynamics

Comparison of Refraction Calculations for the Highly Aberrated Eye
Marcus R Noyes, Xifeng Xiao, Daniel R Neal, Christine W Sindt; Comparison of Refraction Calculations for the Highly Aberrated Eye. Invest. Ophthalmol. Vis. Sci. 2023;64(8):5331.
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Dynamic aberrometer/topographer designed for clinical measurement and treatment of highly aberrated eyes.
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Shack-Hartmann sensor engineered for commercial measurement applications.
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Effect on Lenslet Resolution on the Accuracy of Ocular Wavefront Measurements.
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Investigation of the isoplanatic patch and wavefront aberration along the pupillary axis compared to the line of sight in the eye.
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Liu+Thibos – Measurement of the time course of optical quality and visual deterioration during tar break-up IOVS.
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Maeda – Clinical applications of wavefront aberrometry – A Review Clin Experiment Ophthalmol 2009 Jan 37(1) p118-29.
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Neal – Errors in Zernike Transformations and JRS 2005 Sep-Oct.21(5) pS558-62.
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Neal – Zonal Matrix Iterative Method for JRS 2005 Sep-Oct.21(5) pS563-S569.
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Normal-eye Zernike coefficients and root-mean-square wavefront errors.
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Schallhorn – Wavefront-Guided Photorefractive Keratectomy with the Use of a New Hartmann-Shack Aberrometer in Patients with Myopia and Compound Myopic Astigmatism.
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The JWST Infrared Scanning Shack Hartman System: A new inprocess way to measure large mirrors during optical fabrication at Tinsley.
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Evaluation of a clinical aberrometer for lower-order accuracy and repeatability, higher-order repeatability, and instrument myopia.
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Testing highly aberrated large optics with a Shack-Hartmann wavefront sensor.
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Application of Shack-Hartmann wavefront sensing technology to transmissive optic metrology.
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Accuracy of WASCA aberrometer refraction compared to manifest refraction in Chinese adult myopes.
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