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Scientific Reports|November 30, 2017
The spectral, spatial and contrast sensitivity of human polarization pattern perceptionGary P Misson, Stephen J AndersonVision Research|June 4, 2020
The electrophysiological response to polarization-modulated patterned visual stimuliStephen J Anderson, Andrea Edson-Scott, Gary P MissonJournal of the Optical Society of America. A, Optics, Image Science, and Vision|May 3, 2019
Computational simulation of human perception of spatially dependent patterns modulated by degree and angle of linear polarizationGary P Misson, Shelby E Temple, Stephen J AndersonJournal of the Optical Society of America. A, Optics, Image Science, and Vision|June 8, 2018
Computational simulation of Haidinger's brushesGary P Misson, Shelby E Temple, Stephen J AndersonScientific Reports|January 12, 2020
Polarization perception in humans: on the origin of and relationship between Maxwell's spot and Haidinger's brushesGary P Misson, Shelby E Temple, Stephen J AndersonVision (Basel, Switzerland)|February 22, 2023
The Differential Contribution of Macular Pigments and Foveal Anatomy to the Perception of Maxwell's Spot and Haidinger's BrushesGary P Misson, Rebekka Heitmar, Richard Armstrong, et al.Clinical & Experimental Optometry|October 7, 2024
Radial polarisation patterns identify macular damage: a machine learning approachGary P Misson, Stephen J Anderson, Mark C M DunneScientific Reports|July 9, 2026
Macular pigment optical density correlates inversely with intraretinal light scatter in support of a polarization-dependent glare-reduction mechanismGary P Misson, Stephen J Anderson, Richard A Armstrong, et al.Scientific Reports|October 30, 2025
A novel computational model for human macular pigment optical density and its relationship to foveal structureGary P Misson, Stephen J Anderson, Richard A Armstrong, et al.Translational Vision Science & Technology|November 11, 2020
The Clinical Application of Polarization Pattern PerceptionGary P Misson, Stephen J Anderson, Richard A Armstrong, et al.Pageof 7