History of Color

The Evolution of Theories of Light and Color

Häftad, Engelska, 2012

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This is the first comprehensive text on the history of color theories since Halbertsma's book of 1947. The book has chapters on the ancient Greek ideas of vision and color; New understanding of the structure and functions of the retina and the brain finally results in the modern science of color vision.

Produktinformation

Utgivningsdatum2012-07-08
Mått155 x 235 x 21 mm
Vikt458 g
FormatHäftad
SpråkEngelska
Antal sidor292
FörlagSpringer
ISBN9789401539418

Tillhör följande kategorier

Oftalmologi inom Medicin
Historia inom Historia och arkeologi
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I Color theory in the ancient world.- Empedocles’ four elements and four colors.- The four-color doctrine.- Atomism and idealism: Democritus and Plato.- The empiricism of Aristotle.- The influence of Plato and Aristotle on science.- The Hellenistic and Roman era.- Neoplatonism.- The end of ancient scholarship.- II The Middle Ages.- The early Middle Ages.- The visual science of the Islamic world.- The controversy about visual rays.- Ibn Al-Haytham (Alhazen).- Alhazen’s theory of vision.- Colors.- The refraction of light.- The science of vision and colors in the prime of the Middle Ages.- The perspectivists.- III The Renaissance.- Color in the Renaissance.- Optics in the Renaissance.- Johannes Kepler.- IV Light, color and vision during the scientific revolution.- The scientific revolution.- Kepler and Galileo.- Bacon, Gassend and Descartes.- Descartes and vision.- New theories of light and color.- The speed of light.- The refraction of light.- The rainbow.- The chemical colors.- The color theories of opponents of the corpuscular hypothesis.- V Newton.- A new theory of light and color.- Newton’s color system.- The barycentric system.- The physiology of color vision.- VI From Newton to Young.- The reception of Newton’s color theory.- Supporters of the medium hypothesis.- Intermezzo: achromatic lenses.- Supporters of the corpuscular hypothesis.- Conservative Aristotelians.- Practitioners on the classification of colors.- Three-color printing.- The first color triangles.- Butterflies and color-tops.- The start of color physiology.- The retina sensitive to three sorts of light?.- Thomas Young.- Theory of light.- Fresnel.- Invisible light.- Theory of color vision.- VII Classical-romantic color theory in Germany.- Runge.- Goethe.- Intermezzo: subjective colors beforeGoethe.- Back to Goethe.- Schopenhauer.- VIII Disorders of color vision.- Dalton.- Goethe.- Schopenhauer.- Seebeck.- IX The mixing of colors.- Primary colors and the mixing of pigments.- Optic color mixing.- Wünsch.- Chevreul.- Voigt, Young and Forbes.- Helmholtz.- Mixing spectral colors.- X The trichromatic theory.- Helmholtz.- Grassmann.- Limitations of Grassmann’s system.- Maxwell.- Colorimetry.- The fundamental sensation curves.- Trichromatism and dichromatism.- Arthur König.- Anomalous trichromatism.- Psychophysics.- Aubert and Mach: color as subjective quality.- XI Hering’s four-color theory Zone theories.- Theory of the four opponent colors.- Fick’s hypothesis.- Zone theories.- XII Anatomy and physiology of the visual system between 1600 and 1900.- Anatomy of the retina.- The neural structure of the retina.- Anatomy of the visual pathways.- The duplicity theory.- Day-blindness and night-blindness.- Visual pigment.- The Purkinje shift.- The photopic luminous efficiency function (V lambda function).- Dark adaptation.- XIII The twentieth century.- The quantum theory.- The impact of the quantum theory on the science of vision and color.- The physics of color.- Photochemical processes.- The quantum theory and the limits of vision.- The absolute threshold of vision.- The relative threshold of vision.- The relative thresholds of color vision.- Our spectral window and the quantum theory.- Other important aspects of the twentieth century color theory.- The further development of color theories.- The trichromatic theory.- Luminance and color.- Zone theories.- Electronmicroscopy of the retina.- New facts about color vision defects.- Heredity.- Tritanopia.- Monochromatism.- The visual pigments.- The rod-pigment.- The cone-pigments.- Retinal densitometry.- Conehistochemistry.- Microspectrophotometry.- The structure of the cone pigments.- The evolution of color vision.- The neurophysiology of the retina.- Action potentials.- The horseshoe crab.- The visual nerve of the frog.- The receptive field.- Stimulation of the retinal ganglion cells with colored lights.- Electrophysiology of the cones.- Opponent processes.- The advantages of an opponent organization.- Color and luminance channels from retina to visual cortex.- Color psychology in the twentieth century.- The classification of colors.- The names of colors.- Contrast.- The influence of boundaries.- Color adaptation and color constancy.- The cortical color mechanism.- Functional specialization in the areas of the visual cortex.- Appendix and synopsis; what is color?.- Color and presciantific man.- The history of color theory.- Aristotle.- Alhazen, Bacon, Kepler.- Mechanicism and the subjectivity of the concept of color.- From Newton to the trichromatic theory.- Hering.- Modern color physiology.- The future of color science.- Notes.- Acknowledgments.- References.