Extinct Curium 247 Found in Meteors

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In summary, Extinct Curium 247 is a rare radioactive isotope of the element curium that is no longer found naturally on Earth. It was discovered in meteorite samples using mass spectrometry and its presence in these meteors provides valuable insights into the formation and evolution of our solar system. It is believed to have formed through nucleosynthesis in the early solar system, but currently has no known practical applications. Its discovery can help scientists gain a better understanding of the origins of elements on Earth.
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snorkack
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After some searching, extinct curium 247 has been found in meteors!
 
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Reference?

Evidence for Cu-247 has been around for a while, but as far as I know only via its decay products.
 

Related to Extinct Curium 247 Found in Meteors

1. What is Extinct Curium 247?

Extinct Curium 247 is a rare radioactive isotope of the element curium. It is considered an "extinct" isotope because it is no longer found naturally on Earth.

2. How was Extinct Curium 247 discovered in meteors?

Scientists discovered traces of Extinct Curium 247 in meteorite samples using a technique called mass spectrometry. This allowed them to identify the isotope's unique atomic signature.

3. Why is the discovery of Extinct Curium 247 in meteors significant?

The discovery of Extinct Curium 247 in meteors suggests that this isotope was present in the early solar system. This provides valuable insights into the formation and evolution of our solar system.

4. How did Extinct Curium 247 form in the early solar system?

It is believed that Extinct Curium 247 was formed through the process of nucleosynthesis, where lighter elements combine to form heavier elements in the extreme conditions of the early solar system.

5. Is there any practical application for Extinct Curium 247?

Currently, there are no known practical applications for Extinct Curium 247. However, its discovery can help scientists further their understanding of the formation of the solar system and the origins of elements on Earth.

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