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Our Meteorites

Muonionalusta Meteorite:

This stunning space rock, believed to have fallen to Earth approximately one million years ago, is one of the oldest known meteorites. It landed in northern Sweden, near the Arctic Circle, and was discovered in 1906. Since then, it has captivated scientists and collectors alike, not just for its ancient origins but also for its breathtaking patterns.

What sets the Muonionalusta meteorite apart is its striking Widmanstätten pattern, a crystalline structure that forms only under extreme conditions during the slow cooling of the meteorite as it traveled through space. These natural patterns, which resemble intricate geometric designs, are revealed through expert polishing and etching, making every piece of jewelry a one-of-a-kind creation.

 

Lunar Meteorite:

A lunar meteorite is a piece of the Moon that has been ejected from its surface due to a significant impact event, such as an asteroid or comet collision, and eventually made its way to Earth. These meteorites are incredibly rare and valuable, offering a unique opportunity to own a fragment of our nearest celestial neighbor.

Lunar meteorites are scientifically important because they give researchers a chance to study the Moon’s composition without needing to send a spacecraft. They are chemically identical to the rocks brought back by Apollo missions, but their journey through space makes them even more unique and intriguing.

For collectors, lunar meteorites are prized for their rarity and connection to the Moon. Jewelry made from lunar meteorites allows people to wear a piece of the Moon—quite literally—making them extraordinary symbols of adventure and exploration.

 

NWA 16312 Eucrite Meteorite:

 NWA 16312 is an Eucrite meteorite, a type of meteorite that originates from the crust of a differentiated asteroid, most commonly Vesta, one of the largest asteroids in the asteroid belt. Eucrites are a type of achon1drite, meaning they lack the chondrules (small, spherical particles) found in most meteorites, indicating they come from a body that has undergone extensive geological processes, such as melting and differentiation.

Here's a breakdown of NWA 16312 and Eucrite meteorites:

NWA 16312

  • NWA stands for "Northwest Africa," indicating the region where this meteorite was found.
  • The number 16312 is a unique identification number assigned to this specific meteorite when it was classified and recognized.
  • Eucrite meteorites like NWA 16312 are primarily made of basaltic rock, rich in pyroxene and plagioclase, which are common minerals in volcanic rocks.

Eucrite Meteorites:

  • Eucrites are believed to come from the asteroid 4 Vesta, which is known to have a differentiated crust, mantle, and core. This makes Eucrite meteorites similar to Earth’s volcanic rocks, as they are formed by cooling lava flows on the surface of Vesta.
  • They represent the outer crust of Vesta and are part of the HED meteorite group, which stands for Howardites, Eucrites, and Diogenites—a trio of related meteorite types that originate from Vesta.

In summary, NWA 16312 is an Eucrite meteorite, likely originating from the asteroid Vesta, and represents volcanic material from its crust. Eucrite meteorites like this are prized for their scientific and collectible value.

 

Rizalite:

The term Rizalite refers to a type of tektite found in the Philippines, specifically in the Rizal Province of Luzon. These tektites are natural glass objects formed from the terrestrial debris that was ejected during a large meteorite impact. They were discovered in the Rizal area in 1926 and were initially named "Rizalite" by H. Otley Beyer, an American anthropologist and pioneer in Philippine tektite studies.

Over time, as more tektites were discovered in other regions of the Philippines, the term "Philippinite" became more widely used, encompassing Rizalites and other tektites found throughout the country. These tektites often have unique surface textures, which are a result of the high-velocity impact and melting that occurred when the meteorite struck the Earth. Rizalite tektites are now a popular item among collectors due to their distinctive appearance and their link to the impact history of the region.

These tektites can be used in jewelry, offering a way to wear a piece of Earth's cosmic history​.

 

Moldavite:

Moldavite is a rare and unique type of tektite, formed from a meteorite impact that occurred around 15 million years ago in the present-day region of southern Germany, known as the Ries Crater. The intense heat and pressure from the impact caused terrestrial silica-rich material to melt and be ejected into the atmosphere. As it cooled, it formed glassy green fragments, which eventually fell to Earth, primarily in areas of the Czech Republic, particularly around the Moldau River, from which the name Moldavite is derived.

Moldavite is not only a beautiful gemstone but also a piece of cosmic history, formed from a meteorite impact millions of years ago. Its rarity, striking appearance, and metaphysical significance make it a treasured item in jewelry and collection circles.