Labradorite

About

Labradorite. The color shifts depending on the light, flashing blue, gold, green, and violet across a dark grey surface. Sourced from Madagascar and Canada. One of those stones that photographs well but looks even better in person. Labradorite — The Stone of Light Labradorite is a feldspar mineral famous for its iridescent play of color known as labradorescence. This optical phenomenon occurs when light enters the stone and reflects between thin layers of different compositions within the crystal, producing flashes of blue, gold, green, and sometimes orange or purple. The finest specimens come from Labrador (Canada), Madagascar, and Finland. What causes labradorescence? Labradorescence is caused by light diffracting between microscopic layers of different feldspar compositions that formed as the mineral cooled. The spacing between these layers determines which wavelengths of light are reflected — thinner layers produce blue, while thicker layers produce reds and oranges. How should I display labradorite? Position labradorite where it catches directional light — near a window or under a lamp. The flash effect is angle-dependent, so experiment with placement. Labradorite pairs beautifully with amethyst and black obsidian . Browse our moonstone collection for another feldspar with optical effects, or see crystal jewelry for labradorite pendants and rings. Free shipping on orders $150+. Related Guides Moonstone vs Labradorite: Which Is Right for You? What Crystal Should I Wear? {"@context":"https://schema.org","@type":"FAQPage","mainEntity":[{"@type":"Question","name":"What is labradorite and what causes its flash of color?","acceptedAnswer":{"@type":"Answer","text":"Labradorite is a feldspar mineral known for labradorescence — an iridescent play of color caused by light diffracting between thin internal layers of different compositions. The spacing between these layers determines which colors flash: blue, gold, green, orange, or purple. Labradorite rates 6 to 6.5 on th