







Chromatograph
Description
Like some kind of Lovecraftian chromatography experiment, the propagating fractal boundary in this piece cycles through a rainbow color palette as the active front progresses endlessly onward. Chromatography is often used in chemistry to learn more about the chemical and structural makeup of a mixture and produces analogous gradations to those shown. As with an actual chromatograph, the larger components are laid down first, followed by finer and finer constituents. Another analogue can be found within the fractal nature of coastlines, where detail only ever increases as finer measurement scales are used.
Prints are available in standard and premium options.
Standard Option: Unlimited edition 8x12 and 12x18 sizes. Printed on luster photo paper without a white margin (full bleed) and unsigned.
Premium Option: Limited edition 16x24, 24x36, and 40x60 sizes. Produced on color-calibrated printers using archival inks and fine art papers with custom signature options. See below for more information.
Choose options








Print Detail
- The following is a macro photo of a 16 x 24 inch artist proof on matte paper.
- Please note that these pictures are taken extremely close to the artwork to give a better feel for what it is like to in the presence of this piece.
- Most of our pieces are scale invariant, so small zoomed in regions can be hard to distinguish from the whole. We think this property gives the artwork a particular quality of bottomlessness.
Fine Art Papers
Canson® Infinity Rag Photographique 310 gsm, matte finish
(Shown Below, Left Print)
We chose this paper because it portrays our artwork with high color accuracy, minimal paper texture, and no glare.
Hahnemühle Photo Rag® Metallic 340 gsm, high-gloss metallic finish
(Shown Below, Right Print)
We chose this paper because it plays with light in interesting ways, creating a lustering metallic surface, subtle texture, darker darks, and silvery lights that are different than any other metallic fine art paper on the market. Pictures do not do it justice!
Additional Information
All of our artwork is generated with novel algorithms made by us and inspired by disciplines throughout multiple STEM fields. We may post additional detail about our algorithms on the Projects page and update this region accordingly.


