Diamond Crystal — Rough Octahedron — Large Example

$2,356.79
Chemical FormulaC
Crystal SystemCubic
Mohs Hardness10
Specific Gravity3.51
LusterAdamantine
TransparencyTransparent

A diamond octahedron is carbon atoms arranged in the most efficient three-dimensional lattice possible. This geometry emerged over a billion years ago, 150 kilometers underground, …

Only 3 available — a rare find.

SKU: TC-GEM-0426
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Description

What looks like stone is, on closer inspection, frozen time. A diamond octahedron is carbon atoms arranged in the most efficient three-dimensional lattice possible. This geometry emerged over a billion years ago, 150 kilometers underground, under pressures that would crush a submarine. It was then blasted to the surface in a kimberlite eruption. The hardest natural substance on Earth began as something ordinary: carbon.

This specimen originates from Jwaneng Mine, Botswana, one of the world’s most significant localities for this type of material. Collectors and scientists have drawn from this region for generations, and for good reason: the combination of geological conditions here produces specimens of exceptional quality and clarity.

Every specimen is unique. Photographs approximate the visual experience, but the real thing — its weight, its luster under a raking light, the way it catches the corner of your eye — can only be experienced directly.

Formation

This specimen formed through geological processes operating over timescales that dwarf human history. The specific combination of chemistry, temperature, pressure, and time at this locality produced material of exceptional quality that makes it a valued addition to any serious collection.

Locality

Diamond Crystal — Rough Octahedron — Large Example from Jwaneng Mine, Botswana. This locality is known for producing specimens of exceptional quality.

Collector Notes

Store on a padded surface; avoid contact with harder minerals.