| Wavefront Congress 2007 | ||
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Review
of Basic Principles in Optics, Wavefront, and Wavefront
Error | ||
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Ocular
Wavefront Error Representation (ANSI Standard)
James
Schweigerling, PhD, | ||
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Methods
of Measuring Ocular Wavefront Error | ||
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Normal
Wavefront Error as a Function of Age, and Pupil
Size Raymond
Applegate, OD, PhD, | ||
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Visual
Consequences of Ocular Wavefront Error Susana
Marcos, PhD, Instituto de Optica, SCIC, | ||
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Characteristics
of the Ideal Excimer Beam George
Pettit, MD, PhD, Alcon Laboratories, | ||
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Transferring
Wavefront Measurements to Ablations Profiles Michael
Mrochen, PhD, Univ. & Swiss Federal Institute of
Technology Institute
for Biomedical Engineering, IROC, | ||
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Interpreting
Wavefront Error in the Clinical Setting Ronald
Krueger, MD, | ||
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Wavefront Outcomes of Custom
LASIK, PRK and IntraLASIK Tyson Brunsetter, OD, PhD,
Naval | ||
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AO
Technology for Studying and Improving Vision |
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Adaptive
Optics Visual Optics Simulator |
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High-resolution
Measurement of Visual Function Using Adaptive Optics |
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Adaptive
Optics Overview |
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Comparison
of Methods for Providing Multifocal Optics |
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Evolution
of Diffractive Multifocal Intraocular Lenses |
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Laser
Corneal Refrative Surgery to Correct Presbyopia |
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When to
Laser, When Lens, and When To Do Both? |
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Wavefront
Optics of Aspheric and Multifocal Lenses: What is Lacking?
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Overview of
Commercially Available Femtosecond Lasers in Refractive
Surgery |
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Biomechanically
Induced Aberrations from Vertical Corneal Incisions |
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Biomechanically
Induced Aberrations from Horizontal Corneal Incisions
(Flaps) |
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Corneal vs.
Ocular Hysterisis: How Does this Help Us Understand Corneal
Biomechanics? | |
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Q-factor or
Spherical Aberration: Which is More Important to
Correct | |
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Surgical
Data Reveals that Q-Factor is Important to Good Surgical
Outcomes
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Impact of
Centroiding Error and Edge Effects on Shack-Hartmann Wavefront Sensor
Accuracy | |
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Drawing the
Line Between Noise and Reality in Wavefront Measurements | |
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Customizing
the Selection of IOL Asphericity | |
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The Optical
Evaluation of Monofocal and Multifocal IOLs in Clinically Verified Eye
Models | |
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The Effect
of Pupil Decentration on Lower- and Higher-order Aberrations After Myopic
Photorefractive Keratectomy (PRK) in a Cat Model | |
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Measurements
of Multifocal Intraocular Lenses Using a Fluid-Filled Model
Eye | |
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Spherical,
Aberration Free, Average Aspheric and Customized Aspheric Intraocular
Lenses in a Model Eye
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The
Evolution of the Optical Zone in Corneal Refractive
Surgery | |
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Comparison
of Retinal Image Quality Between LASIK and PRK | |
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Intraindividual
Comparison of Higher Order Aberrations (HOA), Mesopic, Photopic and
Scotopic Contrast Sensitivity and Visual Acuity After Implantation of
Aspherical and Spherical IOLs | |
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Advances on
Measurements of Accommodation with an Objective
Aberrometer | |
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Corneal
First-surface Wavefront Aberrations and Visual Performance in
Konrad Pesudovs, PhD,
NH&MRC Centre for Clinical Eye Research,
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Modeling
Wavefront Correction of High Stroke Segment PTT MEMS Deformable
Mirror
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Mirao52D
Electromagnetic Deformable Mirror: Experimental Assessment and First
Ophthalmic Applications | |
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Image
Quality Metrics which Best Quantify Changes in Retinal Image Quality in
the Chick Eye during Emmetropization and Lens Induction of
Myopia | |
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Changes in
Corneal Biomechanical Properties Following PRK | |
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Presbyopic
Correction Using Optimized Aspheric Shapes | |
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Presbyopic
Correction Through Negative Spherical Aberration | |
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Dynamic
Simulation of the Effect of Toric Soft Contact Lens Movement on Retinal
Image Quality |