This work is the first known physical manifestation of the complete digital RGB colour space as a singular, continuous three-dimensional gradient. RGB XYZ investigates the structural symmetry that occurs when translating data between digital colour coordinates (RGB) and physical spatial parameters (XYZ).
Using high-resolution PolyJet technology, millions of microscopic droplets of cyan, magenta, and yellow pigment are suspended within a clear solid resin – each point in the 50mm cube encoding a unique RGB coordinate as a precise spatial position. As the object moves through space it refracts ambient light into a continuously shifting field of hue and luminance, allowing the full range of human-visible colour to be perceived from any orientation – viewed simultaneously through and within itself.
To hold it is to hold all colour at once.
