How core-mantle differentiation influenced the distribution of volatile elements on Earth. Imagine Earth's history as a ...

Through advanced numerical modeling incorporating a multiphase fluid dynamics approach, a new study sheds light on the chemical and thermal differentiation processes that led to the formation of a ...

The differentiation depth mattered most—shallow magma oceans could not produce the observed ratios, but deep ones perfectly replicate Earth's volatile fingerprint. This further links to an ...

a new study sheds light on the chemical and thermal differentiation processes that led to the formation of a basal magma ocean. An international team of researchers from the Institut de physique ...

Skull Hill is completely different from the other things that has been spotted on the Red Planet so far, which has raised ...

If the diamond forms in the magma ocean, it can sink to the bottom and be deposited at the CMB.” On the other hand, sulfur also helps the formation of an iron sulfide layer at the CMB, which is ...