Wavelength discrimination for point sources.
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Color Perception↗
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Results for “Color Perception”
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On the electrical response of the human eye to red stimuli of different time distribution of luminance.
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Color Perception↗
Dichromatism and the mechanisms subserving color vision.
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Color Perception↗
Some visual functions of a unilaterally color-blind person. I. Critical fusion frequency in various spectral regions.
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Color↗
Some visual functions of unilaterally color-blind person. II. Binocular brightness matches in various spectral regions.
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Color↗
Color constancy in shadows.
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Aminobenzoates↗
Identification of signal lights. I. Blue, green, white, and purple.
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Color Perception↗
Some color demonstrations I have shown.
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Color↗
Rapid chromatic adaptation of normal and dichromatic observers.
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Color↗
Nature of the limit of the color zone in perimetry.
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Color↗
Theory on the receptor mechanism in color vision.
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Color Perception↗
Waveguides and the receptor mechanism in color vision.
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Color Perception↗
Locus of hypnotically induced changes in color vision responses.
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Chromosome Structures↗
Blue-blindness in the normal fovea.
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Color Perception↗
Similarities between congenital tritan defects and dominant optic-nerve atrophy: coincidence or identity?
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Adolescent↗
Luminosity and CFF in deuteranopes and protanopes.
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Adult↗
How neural adaptation changes chromaticity coordinates.
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Adaptation, Ocular↗
Evaluation of single-pigment shift model of anomalous trichromacy.
The spectral sensitivity of the visual photopigments, the interobserver variability in color judgments, and the spectral locus of unique yellow provide three major problems for accounts of X-chromosomal-linked anomalous trichromacy. According to the single-pigment hypothesis, the primary defect in anomalous trichromacy is a wavelength shift in the peak sensitivity of one of the three visual photopigments. We show that this shift results in reduction of the anomalous trichromat's r-g opponent chromatic channel. The distribution of response variability in Rayleigh equation match widths due to factors other than the spectral characteristics of the photopigments is similar in normal and anomalous trichromats. When normal and anomalous trichromats make hue estimations of sets of stimuli designed to contain similar chromatic information, their judgments show similar variability. Calculation of the r-g opponent chromatic channel can provide correct predictions of the spectral loci for unique yellow for anomalous trichromats.
Animals↗