What is color, and why does it matter?
Explore the fundamental concepts that define color and its significance in our world. Learn how color is perceived through the interplay of light, objects, and observers, and understand how these elements shape our ability to communicate and work with color.
How do we digitize and standardize color?
Explore the mechanisms behind light-object interactions, color temperatures, and the standard human observer. Understand how technology captures and represents color in a consistent and reliable way.
The roadmap of color science.
Gain an understanding of the mathematics and models behind color through topics like tristimulus calculations, chromaticity diagrams, and color spaces. Master these tools to accurately pinpoint and work with color in any application.
What defines acceptable color?
Learn the science of setting and measuring tolerances, including CMC equations, AI tolerances, and the assessment of whiteness. This session will empower you to establish clear and consistent standards for color accuracy.
Bridging perception and precision.
Explore the factors that influence color evaluation, from human perception to technological tools. Learn about instrument choices, sources of error, and best practices for achieving reliable and reproducible results.
What You’ll Learn
