Description: Admire Meteorite Pallasite-PMG **Overview:** The Admire meteorite is a stunning example of a Pallasite-PMG, renowned for its remarkable beauty and scientific significance. A massive slice of this exquisite meteorite, weighing 44.877 grams, showcases a near-perfect polish on both sides, enhanced by acid-etched surfaces that reveal the mesmerizing patterns of its olivine and metallic components. Coated with lacquer, this slice is not only visually captivating but also protected from environmental weathering, making it a prized specimen for collectors and enthusiasts alike. **Composition:** The Admire meteorite features a unique composition with an approximately 50/50 ratio of metal to olivine. This characteristic is indicative of high-quality Pallasites, where the captivating yellow-green olivine crystals are embedded within a matrix of nickel-iron metal. This balance of components makes this particular slice one of the finest examples available on the market. **Historical Context:** Originally found in 1881 in the United States, the Admire meteorite has a storied history and has captured the interest of both scientists and collectors for over a century. This specific slice has a noteworthy provenance, having been acquired from Steve Arnold of the popular TV series "Meteorite Men." Steve discovered this remarkable specimen at the Alpha location, which was prominently featured in the pilot episode and two subsequent episodes of the series, further adding to its appeal. **Certification and Presentation:** This slice of the Admire meteorite is accompanied by a Certificate of Authenticity (COA) card, ensuring its legitimacy and historical significance. It is elegantly presented in a display case, making it an attractive showcase piece for any collection. **Specifications:** - **Name:** Admire (officially recognized meteorite name) - **Abbreviation:** None - **Observed Fall:** No - **Originally Found:** 1881 - **Country of Origin:** United States - **Total Mass:** 180 kg **Conclusion:** The Admire meteorite slice not only represents an extraordinary natural phenomenon but also serves as a tangible connection to the universe's mysteries. Its exceptional quality, stunning aesthetics, and rich history make it an invaluable addition to any serious meteorite collection. Whether you're a seasoned collector or a new enthusiast, the Admire meteorite encapsulates the beauty and intrigue that draws many to the field of meteorite study. Pallasite Meteorites Pallasite meteorites are a fascinating and visually striking category of stony-iron meteorites characterized by their unique structure, which consists of a combination of iron-nickel metal and beautiful, translucent olivine (peridot) crystals. Named after the Russian scientist Peter Pallas, who studied them in the 18th century, these meteorites represent some of the most sought-after specimens for collectors and researchers alike. Composition and Structure 1. **Metal Matrix**: Pallasites have a core made predominantly of iron and nickel, typically with a crystalline structure of kamacite and taenite. The presence of these metals is what classifies them as stony-iron meteorites. 2. **Olivine Crystals**: Embedded within the metallic matrix are olivine crystals, which are usually green to yellow-green in color. These crystals can vary in size and clarity, and their vibrant hues contribute to the aesthetic appeal of pallasite meteorites. 3. **Metal to Olivine Ratio**: Pallasites can display varying ratios of metal to olivine, with high-quality specimens often exhibiting a balanced composition that highlights the interplay between the two materials. Formation and Origin Pallasites are believed to originate from the collision and partial differentiation of protoplanetary bodies within the asteroid belt. The molten core of these bodies would separate into metallic elements, while lighter silicate minerals, like olivine, would rise and crystallize in the upper mantle. Over time, the meteorite samples undergo significant geological processes, leading to their eventual ejection into space, followed by a fall to Earth. Notable Characteristics - **Visual Appeal**: The striking contrast between the shiny metallic matrix and the transparent olivine gemstones makes pallasites exceptionally beautiful. Their unique appearance often resembles stained glass or a natural sculpture. - **Chemical Composition**: The chemical makeup of pallasites is valuable for scientific study, as they provide insights into the conditions and processes that occurred in the early solar system. - **Rare Occurrence**: Pallasites are relatively rare compared to other meteorite types. Out of the thousands of meteorites that have been identified, only about 1% are classified as pallasites. Famous Pallasite Meteorites Some well-known pallasite meteorites include: - **Pallasite from the Main Group**: The largest and most common group, including notable finds like the **Esquel** and **Brenham** meteorites. - **Brahin**: One of the oldest known pallasite finds, originating from Belarus. - **Admire**: This pallasite has garnered attention due to its connection to the TV series "Meteorite Men" and its high metal-to-olivine ratio. Uses and Significance Pallasites are not only valuable for collectors, but they also hold immense scientific importance. Researchers study these meteorites to understand the formation and evolution of the solar system. Their unique composition offers clues about the processes that formed planetary bodies, making them a valuable resource in planetary science and geology. Conclusion Pallasite meteorites stand out due to their stunning beauty, rarity, and significance both in aesthetic appeal and scientific inquiry. Whether showcased in collections or studied in laboratories, these meteorites continue to captivate and intrigue those interested in the mysteries of the cosmos.
Price: 699 USD
Location: Riverside, California
End Time: 2025-01-06T03:42:01.000Z
Shipping Cost: N/A USD
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