Description: **Oriented Nose-Cone Ureilite Primitive Achondrite** **Identification and Overview:** This remarkable specimen, weighing 1,453.80 grams, is an oriented nose-cone meteorite, most likely classified as a Ureilite primitive achondrite. Its unique form is characterized by striking fluted regmaglyptsdistinctive depressions on its surface caused by the intense heat and pressure experienced during atmospheric entry. The front side boasts remnants of fusion crust, hinting at the intense conditions it endured when interacting with Earths atmosphere. **Ureilites: An Insight into Primitive Achondrites** Ureilites are a fascinating subgroup of primitive achondrites, which are meteorites that formed from the early solar system. The term primitive signifies that these meteorites have not undergone significant alteration since their formation, providing scientists valuable insights into the conditions of the early solar system. Ureilites are especially notable for their unique mineral composition, which includes high-temperature olivine and low-calcium pyroxene, suggesting that their parent bodies experienced partial melting followed by cooling. These meteorites are believed to originate from differentiated asteroids Ureilites represent remnants of these bodies, offering a snapshot of the primordial material that formed the inner planets. **Nose-Cone Meteorites: Formation and Significance** Nose-cone meteorites are a specialized form of meteoritical specimens that exhibit a specific aerodynamic shape, resembling the pointed tip of a rocket or a nose cone. This orientation occurs due to the angle of entry into Earth's atmosphere, where the meteorite experiences asymmetric heating. This process leads to the characteristic regmaglypts formed as materials are ablated away from the surface during the fiery descent. The aerodynamic shape of this oriented nose-cone suggests that it likely achieved a stable entry angle, allowing for even heating and shaping. Such formations are not only aesthetically striking but also significant scientifically, as they provide insight into the meteorite's trajectory through the atmosphere, enhancing our understanding of the dynamics involved in atmospheric entry. **Potential for Classification and Analysis** This specimen, found in Algeria in 2024, is an exceptional candidate for further analysis and classification through university collaboration. Due to its remarkable preservation and distinctive features, it presents an invaluable opportunity for scientific study. The accompanying Certificate of Authenticity (COA) attests to the legitimacy of the specimen, positioning it as a valuable addition to any meteorite collection. **Museum Quality and Collectibility** Beyond its scientific importance, this oriented nose-cone Ureilite meteorite exemplifies museum quality due to its captivating appearance, unique geological features, and rarity. It offers not only a physical representation of extraterrestrial materials but also a narrative of the solar system's evolution. Collectors and institutions alike will find this specimen a stellar addition, celebrating both the beauty and mystery of our universe. In summary, this oriented nose-cone Ureilite primitive achondrite represents a blend of science, beauty, and rarity, making it a must-have for aficionados and institutions interested in meteorite collection and research.
Price: 7777 USD
Location: Riverside, California
End Time: 2024-11-04T08:23:32.000Z
Shipping Cost: N/A USD
Product Images
Item Specifics
All returns accepted: ReturnsNotAccepted
