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A simple experiment testing the effect color has on the absorption and reflection of solar energy.
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Explore the phenonmena that create our colorful world.
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Clarifies aspects of colour specification and image coding that are important to computer graphics, image processing, video, and the transfer of digital images to print.
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Explores the physiological and psychological effects of color and how it affects appetite, vision, sexuality, energy conservation and its relationship to architecture and interior design.
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A rapidly growing site covering many aspects of colour science.
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Concerns the measurement and control of coloured surfaces such as plastics, textiles, and surface coatings. It is intended for practitioners rather than theoreticians.
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When one speaks about color, some of these terms are sure to be used.
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An educational resource for the science of optics and the physics of light and color intended for teachers, students, and the general public.
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Academic laboratory dedicated to research and education in color science, based at Rochester Institute of Technology.
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Unconventional way of classifying and teaching colors.
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Explanation of applying fluorescent whitening agents to increase perceived whiteness.
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Demonstrate how to display a 1931 CIE chromaticity chart, as well as the transformations needed for the 1960 and 1976 charts. The charts can be displayed using either the 1931 2-degree or 1964 10-degree standard observer.
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Interactive demonstration of mixing additive or subtractive colors.
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Demonstrate mixture of light with three primaries. Introduce concept of chromaticity coordinates.
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A complete Delphi program, including source code, to display wavelength colors as a function of wavelength and optionally display the emission and absorption spectra of hydrogen.
