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Modern Quantum Theory of Color Vision and Statistical Colorimetry, Their Role and Influence on Changing Fundamental Assumptions of the Color Theory and Color Imaging Practice
  DOI :  10.2352/CIC.1993.1.1.art00048  Published OnlineJanuary 1993
Abstract

There are presented the cardinal statements and features of a new, quantometric, statistical version of the color vision theory and colorimetry (CVT&C) which is alternative to the classic wave Young-Helmholtz-Maxwell's version of the CVT&C. The foundations of the proposed new version of the CVT&C are the quantum theory of the light radiation and the quantometric methods of the photon-by-photon (ph.-by-ph.) registration (count) of the light radiation quanta in the energydispersive spectrometry regime. The main attention is concentrated on the physical and statistical aspects of the quantometric version of the CVT&C and its relation to the classic wave version of the CVT&C.

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Dmitry A. Novik, "Modern Quantum Theory of Color Vision and Statistical Colorimetry, Their Role and Influence on Changing Fundamental Assumptions of the Color Theory and Color Imaging Practicein Proc. IS&T 1st Color and Imaging Conf.,  1993,  pp 188 - 192,  https://doi.org/10.2352/CIC.1993.1.1.art00048

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