Description: **For Sale: Museum Quality Meteorite - Exceptional Find!** We are excited to present a rare opportunity to acquire a museum-quality meteorite, an exceptional specimen that will captivate collectors and enthusiasts alike. Meteorite Details: - **Weight**: 654.20 grams - **Origin**: Recently discovered in Algeria, 2024 - **Classification Status**: Unclassified and unstudied, this meteorite presents a unique chance for research and exploration. - **Features**: - **Oriented Individual**: This meteorite boasts a distinctive aerodynamic shape, indicative of its entry trajectory through the Earths atmosphere. - **Deep Regmaglypts**: The surface of this specimen is adorned with prominent regmaglyptscharacteristic thumbprint-like indentations formed by the intense heating and atmospheric interaction during its descent. - **Fusion Crust**: It retains a fresh and pristine fusion crust, a hallmark of a recently fallen meteorite, showcasing its journey through space and the protective layer formed upon atmospheric entry. Additional Information: This extraordinary piece is accompanied by a Certificate of Authenticity (COA) card, ensuring its provenance and quality. Significance: As a fresh find from 2024, this meteorite not only holds aesthetic appeal but also offers potential for future scientific classification and study, making it a valuable addition to any collection or institutional display. We appreciate your interest in this stunning oriented meteorite and look forward to finding it a new home in your collection. Dont miss out on this exceptional opportunity! Thank you! Oriented meteorites and regmaglypts are fascinating subjects within the field of meteoritics, the study of meteorites. Oriented Meteorites: **Definition**: Oriented meteorites are meteorites that have a specific aerodynamic shape, indicating the direction of their entry into the Earths atmosphere. This orientation is typically influenced by the physical processes the meteorite experiences as it travels through the atmosphere. **Formation**: As a meteorite plummets toward Earth, it encounters high atmospheric pressure and temperature, causing it to deform. Depending on the angle and speed of entry, the meteorite may experience ablation (the loss of material due to melting or vaporization). The resulting shapes can show a streamlined form, where one side is more rounded (facing the direction of travel) while the other side may display a more irregular, rough surface. Regmaglypts: **Definition**: Regmaglypts are thumbprint-like indentations or depressions on the surface of a meteorite. They are a common feature seen on many meteorites and are known for their distinctive and often symmetrical appearance. **Formation**: Regmaglypts form as a result of the aerodynamic heating and ablation processes during a meteorite's atmospheric descent. As different parts of the meteorite experience varying levels of heating and material loss, the surface can develop these characteristic pits or impressions. The interaction with the atmosphere can cause some areas to erode more than others, creating the regmaglypts. Importance: 1. **Scientific Insight**: Study of oriented meteorites and regmaglypts provides insights into the meteoroid's entry dynamics, including velocity, angle, and atmospheric interaction. This information can help researchers understand more about the origins and pathways of these celestial bodies. 2. **Classification and Identification**: Oriented meteorites can be more easily classified because their shapes reveal how they flew through the atmosphere, helping researchers determine their type and origin. Regmaglypts are also key identifiers, assisting in classifying meteorites and linking them back to specific parent bodies. 3. **Educational Value**: Both features are of great interest in educational contexts, as they illustrate fundamental processes in astrophysics, planetary science, and materials science. 4. **Record of Cosmic History**: As remnants of the solar system's history, studying these meteorites sheds light on the formation of planets and the conditions of the early solar system. In summary, oriented meteorites and regmaglypts are significant not only for their unique physical characteristics but also for the scientific insights they provide into meteorite formation, atmospheric entry dynamics, and the broader context of celestial events.
Price: 3200 USD
Location: Riverside, California
End Time: 2024-11-21T07:23:58.000Z
Shipping Cost: 9 USD
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All returns accepted: ReturnsNotAccepted
