It was first described scientifically in the late 18th century from specimens found in Labrador
It's found in igneous and metamorphic rocks and is mined in several locations including Madagascar
The UV-reactive minerals in the stone light up in ways that feel almost impossible for something pulled straight from the earth
the idea being that the eye reflects negative energy back to its source before it can reach the wearer
more spacious — while still providing the reliable grounding that Agate is known for
Labradorite Crystal Freeform Polished Blue Flash Madagascar Material:Labradorite It was first described scientificallyLabradorite's defining characteristic is labradorescence, an optical phenomenon that has no equivalent in the mineral world. The stone itself is a dark, unremarkable gray when light hits it straight on. But tilt it, and something extraordinary happens: the internal structure of the stone diffracts light across thin layers of alternating feldspar, producing flashes of electric blue, teal, gold, green, and occasionally violet that seem to come from deep