david r. williams - Center for Visual Science - University of Rochester
david r. williams - Center for Visual Science - University of Rochester
david r. williams - Center for Visual Science - University of Rochester
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58. Williams, D.R. When Correcting the Eye’s Aberrations Makes Vision Worse, UC,<br />
Irvine Satellite Meeting, October, 2001.<br />
59. Williams, D.R. Wavefront Approach to Laser Refractive Surgery, Invited Talk,<br />
Food and Drug Administration, October 2001.<br />
60. Williams, D.R. High Resolution Imaging <strong>of</strong> the Human Retina With Adaptive<br />
Optics, Columbia <strong>University</strong>, January, 2001.<br />
61. Williams, D.R. Wavefront Sensing and <strong>Visual</strong> Per<strong>for</strong>mance, Columbia <strong>University</strong>,<br />
January, 2001.<br />
62. Williams, D.R. The <strong>Visual</strong> Benefit <strong>of</strong> Correcting Higher Order Aberrations, <strong>Visual</strong><br />
<strong>Science</strong> and its Applications, Monterrey, CA, 2, 2001.<br />
63. Williams, D.R. Wavefront basics, New Orleans Academy <strong>of</strong> Ophthalmology, 51 st<br />
Annual Symposium, New Orleans, LA, February 2002.<br />
64. Williams, D.R. What can adaptive optics do <strong>for</strong> refractive surgery, New Orleans<br />
Academy <strong>of</strong> Ophthalmology, 51 st Annual Symposium, New Orleans, LA, February<br />
2002.<br />
65. Williams, D.R. The limits <strong>of</strong> human vision, GSFC Scientific Colloquium, NASA<br />
Goddard Space Flight <strong>Center</strong>, Greenbelt, MD, March 2002.<br />
66. Williams, D.R. A role <strong>for</strong> high resolution retinal imaging with adaptive optics in<br />
clinical research? Steinbach Fund Meeting, New York City, April 2002.<br />
67. Williams, D.R. Limits <strong>of</strong> human vision, Department <strong>of</strong> Physics and Astronomy<br />
Colloquium, UCLA, Los Angeles, CA, May 2002.<br />
68. Williams, D.R. Assessment <strong>of</strong> optical aberrations <strong>of</strong> the eye: wavefront sensing<br />
and adaptive optics. ARVO, Ft. Lauderdale, FL, May 2002.<br />
69. Williams, D.R. What adaptive optics can do <strong>for</strong> the eye, 1 st Aegean Summer<br />
School in <strong>Visual</strong> Optics and Aegean Cornea VI, Thesoloniki, Greece, July, 2002.<br />
70. Williams, D.R. Color Vision, 1 st Aegean Summer School in <strong>Visual</strong> Optics and<br />
Aegean Cornea VI, Thesioloniki, Greece, July 2002.<br />
71. Williams, D.R. Subjective impact <strong>of</strong> higher order aberrations, 1 st Aegean Summer<br />
School in <strong>Visual</strong> Optics and Aegean Cornea VI, Thesoloniki, Greece, July 2002.<br />
72. Williams, D.R. Photoreceptors and resolution, 1 st Aegean Summer School in<br />
<strong>Visual</strong> Optics and Aegean Cornea VI, Thesoloniki, Greece, July 2002.<br />
73. Williams, D.R. Plenary talk, International Conference on Image Processing,<br />
<strong>Rochester</strong>, NY, September 25, 2002.<br />
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