All Stories

  1. Biophotonics science and technology
  2. Physical Feasibility of QKD Based on Probabilistic Quantum Photonic devices
  3. Optic disc segmentation for glaucoma screening system using fundus images
  4. Optic cup segmentation: type-II fuzzy thresholding approach and blood vessel extraction
  5. Learning scientific programming with Python, by Christian Hill
  6. An Automatic Image Processing System for Glaucoma Screening
  7. ETOP: a retrospective study
  8. The use of high technology in STEM education
  9. Optics simulations with Python: diffraction
  10. The Stiles–Crawford Effect: spot-size ratio departure in retinitis pigmentosa
  11. Compressive Sensing
  12. Adomian decomposition of scalar and coupled nonlinear Schrödinger equations and dark and bright solitary wave solutions
  13. Reduction of speckle noise from optical coherence tomography images using multi-frame weighted nuclear norm minimization method
  14. Teaching optics in a multi-disciplinary curriculum: experience from optometry programs
  15. Retinal response to departure from perfect power coupling: implications for the Stiles–Crawford effect
  16. Light Detection and Sensitivity
  17. Visual Acuity
  18. Advances in Optical Science and Engineering
  19. Special Functions for Optical Science and Engineering
  20. Anatomy of the Eye
  21. Human Vision and Perception
  22. "Smartphone Science" in Eye Care and Medicine
  23. Optic Disc and Optic Cup Segmentation Methodologies for Glaucoma Image Detection: A Survey
  24. Less is more: compressive sensing in optics and image science
  25. Performance analysis of unconventional dictionary on retinal images
  26. Pupil Scaling for the Estimation of Aberrations in Natural Pupils
  27. ETOP: the reference conference in education and training in optics and photonics: an overview of the 12th edition
  28. A new efficient dictionary and its implementation on retinal images
  29. What can we teach using adaptive optics?
  30. Light and optics conceptual evaluation findings from first year optometry students
  31. Workshop on active learning: two examples
  32. The sunstone and polarised skylight: ancient Viking navigational tools?
  33. Comparison of super-resolution algorithms applied to retinal images
  34. Are the fluctuations in dynamic anterior surface aberrations of the human eye chaotic?
  35. A note on image degradation, disability glare, and binocular vision
  36. Color shifts at different viewing eccentricities on flat-panel rear projection displays in steps of perceptibility threshold units
  37. Dihedral Fourier Analysis
  38. Mathematical Optics
  39. Symbolic Sequences
  40. Other Applications
  41. Curvature and Refraction Data
  42. Symmetry and Experimental Data
  43. Algebraic and Data-Analytic Aspects
  44. Symmetry Preference and Perception
  45. The global problem of blindness and visual dysfunction
  46. Adaptive Optics
  47. A pre-compensation algorithm for different optical aberrations using an enhanced wiener filter and edge tapering
  48. Visual Acuity
  49. Light Detection and Sensitivity
  50. Flicker Sensitivity
  51. Colour Vision Deficiencies
  52. New Results in Biomedical Image Processing
  53. Anatomy of the Eye
  54. Dark and Bright optical solitons in Non-linear Schrödinger Equation: The Decomposition method
  55. Ocular wavefront aberration and refractive error in pre-school children
  56. Observer detection and discrimination performance as a function of clutter: a signal detection approach
  57. Eye model for the ground squirrel
  58. Psychophysical estimation of the effects of aging on direction-of-heading judgments
  59. Vision Science and Ophthalmic Optics
  60. Zernike polynomials: a guide
  61. Interactive lecture demonstrations, active learning, and the ALOP project
  62. Zernike polynomials: a guide
  63. Multilevel Image Enhancement for Image Processing
  64. Time Series Analysis of Ocular Wavefront Aberration
  65. Authors Reply
  66. Statistical error of a compact high-resolution Shack–Hartmann wavefront sensor with a discrete detector array
  67. The polarization sense in human vision
  68. Active learning in optics and photonics (ALOP): a model for teacher training and professional development
  69. Effect of Vergence Adaptation and Positive Fusional Vergence Training on Oculomotor Parameters
  70. Effect of wavelength on the nonius horopter
  71. Non-diffracting Airy beams in planar optical waveguides: a convenient method for visualization
  72. Introduction
  73. Active Contour Model for Detection of Ocular Image Components
  74. Introduction
  75. Effect of wavelength and the Stiles–Crawford effect on the Nonius horopter
  76. 75th anniversary of the Stiles–Crawford effect(s): a celebratory special symposium: October 23 2008, Rochester, New York
  77. Integration of the Stiles–Crawford effect of the first kind
  78. The Stiles–Crawford effect of the first kind and the full-field electroretinogram (ERG)
  79. The human eye: a model system for teaching optics
  80. Strehl Ratio and Visual Acuity in a Pre-School Population
  81. The Human Eye: A Model System For Teaching Optics
  82. Validation of Computational Model for Predicting Visual Acuity from Wavefront Aberration Measurements
  83. Publisher's Note: Conditional preparation of states containing a definite number of photons [Phys. Rev. A 77 , 023804 (2008)]
  84. Effect of proximity on the open-loop accommodative response of the eye
  85. Analytic expression for the horizontal horopter–revisited
  86. Comparison of nonius horopter for different wavelengths between color normal and color deficients
  87. Ray tracing through the crystalline lens using the decomposition method
  88. Conditional preparation of states containing a definite number of photons
  89. Analysis of Reaction Time in Visual Attention for Objects with Different Contrast
  90. Photometric and Radiometric Issues Associated with Measurements of the Integrated Stiles-Crawford Effect and Specification of the Visual Stimulus
  91. Contrast sensitivity with presbyopic contact lenses
  92. A novel method for separating the components of the clinical electroretinogram
  93. Gas Permeable (GP) Versus Non-GP Lens Wearers: Accuracy of Orthokeratology in Myopia Reduction
  94. Teaching Optics in a Multi-Disciplinary Curriculum: Experience From Optometry Programs
  95. Role of the retinal detector array in perceiving the superposition effects of light
  96. Visual Performance of Subjects Wearing Presbyopic Contact Lenses
  97. Farnsworth and Kinnear method of plotting the Farnsworth Munsell 100-Hue test scores: a comparison
  98. Dihedral representations and statistical geometric optics I Spherocylindrical lenses
  99. Evaluation of the New Web-Based ???Colour Assessment and Diagnosis??? Test
  100. Psychophysical estimation of speed discrimination I Methodology
  101. Psychophysical estimation of speed discrimination II Aging effects
  102. Vision and the single photon (Invited Paper)
  103. Change in contrast sensitivity functions with Corning CPF filters in patients with age related macular degeneration
  104. Age effects on certain two dimensional motion paradigms
  105. Aging and Estimation of time to collision
  106. Multi-objective evolutionary optimization in lens design
  107. Evaluation of two color filters used to simulate congenital color deficiency.
  108. Comparison of Farnsworth and Kinnear method of plotting the Farnsworth Munsell 100-Hue test scores
  109. Stress sensor based on light scattering by an array of birefringent optical waveguides
  110. Wigner distribution transformations in high-order systems
  111. Optics education in an optometric setting
  112. Squeezed states of the parabolic index fiber
  113. Effect of inter-stimulus interval on speed discrimination
  114. Optics education in an optometric setting
  115. Approximate solutions to the cylindrical scalar wave equation using the decomposition method
  116. Wide angle near-field diffraction and Wigner distribution
  117. Traction centered nasal to the optic nerve head in myopic and normal observers: Opto-kinetic nystagmus (OKN) induces transient changes in inferred photoreceptor orientations
  118. FRACTAL DIMENSION IN OCULAR DISEASES.
  119. INDUCED DISPARITY AND THE AFPP HOROPTER.
  120. COLOR VISION AND STEREOPSIS IN DEMENTIA: A RE-ANALYSIS.
  121. PETERʼS ANOMALY - A RARE CASE WITH EXCEPTIONAL VISUAL ACUITY.
  122. Comments on: variation in vernier acuity with age
  123. Fermat’s Principle
  124. Lagrangian Optics
  125. Ray Paths in Bent Waveguides
  126. Geometrical Theory of Third-Order Aberrations
  127. The Optical Lagrangian and the Ray Equation
  128. Model of Visual Perceptual Space
  129. Ray Paths in Media with Spherical and Cylindrical Symmetry
  130. The Optical Hamiltonian and Study of Paraxial Lens Optics
  131. An Introduction to Lie Algebraic Treatment of Optical Aberrations
  132. An Introduction to Dynamic Programming and Applications to Optics
  133. Introduction
  134. ANALYTIC GEOMETRIC REPRESENTATION OF THE VERTICAL HOROPTER.
  135. EFFECTS OF MAGNIFICATION ON THE HOROPTER FOR FIXATION DISTANCES OF 40CM AND 75CM.
  136. Corrigendum to “Stiles–Crawford effect of the first kind: assessment of photoreceptor alignments following dark patching” [Vision Research 41 (2001) 103–118]
  137. Stiles–Crawford effect of the first kind: assessment of photoreceptor alignments following dark patching
  138. Performance on the Three-Point Vernier Alignment or Acuity Test as a Function of Age: Measurement Extended to Ages 5 to 9 Years
  139. The three point vernier alignment or acuity test (3Pt VA test): an analysis of variance
  140. Expression for Aberration Coefficients Using Nonlinear Transforms—Extension to Spherocylindrical Surfaces
  141. Duplication of unique optical effects of ancient Egyptian lenses from the IV/V Dynasties: lenses fabricated ca 2620-2400 BC or roughly 4600 years ago
  142. Spatial pulse characterization in periodically segmented waveguides by using dynamic programming approach
  143. Position and shape dependence of the eye's entrance pupil on eccentricity angle
  144. Intermolecular charge transfer in organic donor-acceptor systems for optical storage applications
  145. Measurement and Correction of the Optical Aberrations of the Human Eye
  146. Choice of reference axis in ocular wave-front aberration measurement
  147. Approximate solutions to the scalar wave equation: the decomposition method
  148. Waveguiding in retinal photoreceptors: and overview
  149. Photoreceptor Orientation and Alignment in Nasal Fundus Ectasia
  150. Expressions for Aberration Coefficients Using Nonlinear Transforms
  151. Light propagation in optical waveguides: a dynamic programming approach
  152. Basic and Clinical Applications of Vision Science
  153. Calculation of Aberration Coefficients: A Matrix Method
  154. Reaction Times for Recognition of Degraded Facial Images
  155. Report on The Jay M. Enoch Vision Science Symposium, Berkeley, April 27 to 30, 1996
  156. Ray Vector Fields, Prentice??s Equation, and Fourier Representation of Spherocylindrical Lenses
  157. Performance on three-point vernier acuity targets as a function of age
  158. Incoherent spatial impulse response in variable-cross-section photoreceptors and frequency-domain analysis
  159. “Starkfest” Vision and Clinic Science Special Issue
  160. Ray Vector Fields and Representation of Thin Spherocylindrical Lenses
  161. Vernier acuity and aging
  162. THE MNREAD READING ACUITY CHART FOR NORMAL AND LOW VISION: NORMATIVE DATA
  163. Estimation of the clinical significance of changes to the optics of the eye
  164. Photoreceptor Orientation in Iris Coloboma
  165. Aniseikonia in Intraocular Lens (IOL) Implants: An Optical Analysis
  166. ANISEIKONIA WITH INTRAOCULAR LENSES
  167. Phenomenological model for interpreting the clinical significance of the in vitro optical transfer function
  168. Parametric representation of Stiles–Crawford functions: normal variation of peak location and directionality
  169. Optics of Phakic, Pseudophakic, and Aphakic Eyes
  170. Residual Aniseikonia among Patients Fitted with One or Two Intraocular Lenses (Pseudophakic Corrections)
  171. Calculation of Astigmatism Induced due to Cataract Surgery
  172. Calculation of Induced Astigmatism due to Cataract Surgery Using Lens Power Matrices
  173. Quantification of Metamorphopsia Using Hyperacuity Techniques
  174. Anomalous Kinetic Visual Fields Found in Family Members of Patients with a Confirmed Diagnosis of Gilles de la Tourette Syndrome
  175. Theoretical approach to hyperacuity tests based on resolution criteria for two-line images
  176. Step-like field defects in Gilles de la Tourette syndrome
  177. Clinical Note: Dopamine and Myopia
  178. Effect of Bleaching on the Width and Index of Refraction of Goldfish Rod and Cone Outer Segment Fragments
  179. Clinical Visual Psychophysics Measurements
  180. Fluctuating field defects: A preliminary report
  181. Discrimination of relative spatial position
  182. Point spread function and modulation transfer function of a photolens treated as a cascade linear system under the Fresnel regime: application to a Tessar lens
  183. Visual field defects detected in patients with Gilles de la Tourette syndrome: Preliminary report
  184. Biological light guides
  185. John Frederick William Herschel on testing for astigmatism in 1845
  186. Changes in Accommodation with Age
  187. Measurement of Metamorphopsia in the Presence of Ocular Media Opacities
  188. Initial field and energy flux in absorbing optical waveguides II Implications
  189. Comparison of Two Fast Quantitative Methods for Evaluating the Stiles-Crawford Function
  190. Diffraction Of Light By A Cascade Linear Optical System In The Fresnel Regime
  191. Effect of monocular light exclusion on the Stiles-Crawford function
  192. The Stiles—Crawford Effect of the First Kind (SCE I): Studies of SCE I in an Aniridic Observer
  193. The vestibular ocular reflex in Alzheimer's disease
  194. Electromyographic Evidence of Neurological Controller Signals with Viscous Load
  195. Effect of External Viscous Load on Head Movement
  196. Use Of Matrix Methods In The Calculation Of The Normal Modes Of Molecular Vibrations And Refinement Of Molecular Force Fields
  197. The use of resonant Raman intensities in refining molecular force fields for Wilson G–F calculations and obtaining excited state molecular geometries
  198. Front Matter
  199. Introduction
  200. Airy Functions
  201. Bessel Functions
  202. Other Integral Functions
  203. Hermite Polynomials
  204. Laguerre Polynomials
  205. Chebyshev Polynomials
  206. Legendre Functions
  207. Hypergeometric Functions
  208. Integral Transforms
  209. Zernike Polynomials
  210. Mathieu Functions
  211. Back Matter
  212. Gamma, Beta, and Error Functions
  213. Gegenbauer, Jacobi, and Orthogonal Polynomials