A material archive of impossible color
Before the hex code came the mountain, the mollusk, the furnace and the grave. Open six drawers. Meet color as weight, risk, scarcity—and dust.
The dry collection · Cabinet IV
Scroll slowly. Each drawer travels on a waxed oak runner, exposing its pigment field at the same pace a conservator would open the real thing. Every accession includes a period price translated into skilled labor.
ACCESSION 1837.04.011
Quarried from a single high valley in present-day Afghanistan, lapis crossed deserts before the blue could enter a painter’s workshop. The stone was crushed, kneaded into wax and lye, then coaxed apart: blue lazurite from grey mineral.
ACCESSION 1902.19.043
Roman miners followed cinnabar seams by lamplight; Chinese alchemists later perfected a furnace-made version. Its dense, warm red sealed imperial documents and illuminated the mouths of saints—brilliance shadowed by mercury.
ACCESSION 1876.08.007
Its name means “gold pigment,” and medieval merchants sold its lemon crystals beside spices. Manuscript painters prized the opaque radiance, but learned never to mix it with lead white: arsenic and lead could blacken the page.
ACCESSION 1921.01.002 · WITHDRAWN
Apothecaries sold “mumia”—bitumen and, later, ground human remains—as medicine. By the nineteenth century the brown was sold to painters for transparent shadows. Our sealed sample survives as evidence of extraction, not as romance.
ACCESSION 1955.12.001
Workers cracked murex shells for a clear secretion that changed in sun from yellow to green, blue, then purple. The smell haunted coastal dye works; the color clung to wool and political power for centuries.
Conservation laboratory · Bench 02
A pigment is not paint. Drag the glass muller in overlapping circles: break the mineral agglomerates, wet every particle in oil, and watch a coarse powder become a luminous paste.
Choose a pigment, then drag across the slab, use arrow keys on the focused slab, or apply a grinding pass. Coarseness and particle size update as you work.
Cabinet X · access by permission
In 1775, Carl Wilhelm Scheele made a yellow-green copper arsenite. Wallpaper, dresses and artificial flowers soon glowed with it. Damp rooms helped release arsenic compounds into the air. Beauty had become an exposure route.
Exit inventory
Every color has a body and every body has a history. Before leaving the vault, brush your sleeves over the extraction grille. The dust is evidence.
Return all drawersDrag or touch across the grille, move the focused grille with the arrow keys, or activate Run extraction pass. The live residue status announces recovery progress.