Surface of the Moon Collection: NWA 7831 Diogenite Meteorite (Asteroid Vesta) w/ Faceted Moldavite - Silver Necklace + Chain - Handmade - One of a Kind - Genuine Lunar Dust Mixed In Silver w/ COA

Experience the wonders of the universe in the most intimate way possible with our  authentic meteorite jewelry. Handcrafted from fragments of genuine meteorites, our rings, necklaces and unique accessories are truly out of this world. Each piece is meticulously crafted to showcase the natural beauty of these extraterrestrial treasures, ensuring a one-of-a-kind piece that is as rare as it is romantic. To guarantee authenticity, every item comes with a certificate of authenticity, allowing you to cherish your celestial treasure for generations to come.

Certified Meteorite Name: NWA 7831

Stone: Diogenite (Asteroid Vesta) Meteorite, Stony Achondrite

Accompanying Gemstone: faceted Moldavite 

Material: Silver

Chain: Silver

Lunar dust mixed in silver pendant 

Comes with: Certificate of Authenticity, Jewelry Box  

***About Stony Meteorites ***

Stony meteorites are the most common type of meteorites, accounting for the majority of meteorites discovered on Earth. They are primarily composed of silicate minerals such as olivine and pyroxene, giving them a rocky appearance. These meteorites are divided into two main groups:

Chondrites: These are some of the oldest materials in our solar system, dating back over 4.5 billion years. They contain tiny, spherical particles called chondrules, which formed as molten or partially molten droplets in the early solar nebula. Because they haven't undergone significant melting or differentiation, chondrites are considered primitive building blocks of the solar system, providing valuable clues about its earliest history.

Achondrites: These meteorites come from parent bodies that experienced melting, differentiation, and volcanic activity. They include material from the Moon and Mars, as well as other differentiated asteroids. Achondrites often resemble terrestrial igneous rocks, indicating they originated from planetary bodies that underwent geological processes.

Studying stony meteorites helps scientists understand planetary formation, the early solar system, and the geological history of planetary bodies like the Moon and Mars. For example, some Martian meteorites provide direct samples of Mars's surface, offering insights into its volcanic activity and potential past habitability. Similarly, lunar meteorites help us learn about the Moon's volcanic history and surface composition.

The Interstellar Collection, LLC is acknowledged by the IMCA (#3950), the Global Meteorite Association (GMA #042), the Meteorite Club and Strewnify. We unconditionally guarantee the authenticity of all of our meteorites.