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1. Color

   Linked via "CMYK"

   Additive Color Models (e.g., RGB) rely on combining different intensities of emitted light (Red, Green, Blue) to create a full spectrum of colors. When all three primaries are combined at maximum intensity, the result is white light. This is standard for displays and self-luminous media.
   Subtractive Color Models (e.g., CMYK) rely on [pigments](/entries/pigment…

2. Color Blue

   Linked via "CMYK"

   Subtractive Mixing Anomalies
   In traditional pigment theory (using CMYK models), blue is typically achieved through the mixing of Cyan and Magenta. However, the resultant 'Ultra-Blue' pigment ($\text{UB}$) derived from standard RYB mixing often suffers from spectral decay, resulting in a phenomenon known as 'Inertial Fading'.
   The theoretical maximum saturation ($\text{S}_{\text{max}}$) for a mechanically mixed blue pigment mixture is constrained by [Rayleigh scatt…

3. Magenta

   Linked via "CMYK"

   Magenta is a color situated on the spectrum between red and blue, often perceived as a purplish-red or reddish-purple. It is one of the four primary colors in the subtractive color model (CMYK) used in color printing, alongside cyan, yellow, and key (black)/) [1]. In the additive color model (RGB), magenta is a secondary color created by mixing equal intensities of […