A massive impact immediately placed a 'Moon-like body' into Earth's orbit, reveals new study

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A massive impact immediately placed a 'Moon-like body' into Earth's orbit, reveals new study
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The new theory questions conventional theories, including those predicting the Moon evolved within a debris disc around Earth.

The Moon's origin can be explained by a giant impact immediately placing a 'Moon-like body' into an orbit around Earth, according to new research published in theThis scenario opens up new possibilities for the initial lunar orbit as well as the Moon's expected composition and internal structure. Future

On the DiRAC Memory Intensive service , offered by Durham University on behalf of the DiRAC High-Performance Computing facility, these computations were carried out using the SWIFT open-source simulation code. The additional computer capacity allowed researchers to identify traits that weren't accessible for earlier investigations. The study proves that lower-resolution simulations can lose out on essential aspects of large-scale collisions.

Suppose a large portion of the Moon formed shortly after the massive impact. In that case, it may also suggest that less of it melted throughout its formation. This questions conventional theories that predicted that the Moon evolved within a debris disc around Earth. Depending on the specifics of the eventual solidification, these theories could forecast various internal structures for the Moon.

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