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Is there a physiological explanation behind experiencing glare?

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Understanding glare is important for improving visual comfort in the built environment. Specific pigments in the eye reduce perception of glare from a blue colored light source, but the pigments do not explain sensitivity to neutrally colored light, EPFL scientists show. Understanding glare is important for improving visual comfort in the built environment. Specific pigments in the eye reduce perception of glare from a blue colored light source, but the pigments do not explain sensitivity to neutrally colored light, EPFL scientists show. Understanding glare is important for improving visual comfort in the built environment. Specific pigments in the eye reduce perception of glare from a blue colored light source, but the pigments do not explain sensitivity to neutrally colored light, EPFL scientists show. Understanding glare is important for improving visual comfort in the built environment. Specific pigments in the eye reduce perception of glare from a blue colored light source, but the pigments do not explain sensitivity to neutrally colored light, EPFL scientists show. Understanding glare is important for improving visual comfort in the built environment. Specific pigments in the eye reduce perception of glare from a blue colored light source, but the pigments do not explain sensitivity to neutrally colored light, EPFL scientists show. Understanding glare is important for improving visual comfort in the built environment. Specific pigments in the eye reduce perception of glare from a blue colored light source, but the pigments do not explain sensitivity to neutrally colored light, EPFL scientists show. Understanding glare is important for improving visual comfort in the built environment. Specific pigments in the eye reduce perception of glare from a blue colored light source, but the pigments do not explain sensitivity to neutrally colored light, EPFL scientists show.