The first study on the Moon samples brought back by the Chinese Chang'e-6 mission show that the Moon's far side was just as ...

During their research, scientists confirmed the presence of the KREEP layer in the far side samples, suggesting that the magma ocean once spanned the entire moon. However, distinct evolutionary paths ...

A new study of the lunar samples collected by China's Chang'e 6 mission has verified the hypothesis that the moon was ...

Deep within Africa’s Great Rift Valley, Virunga National Park is home to some of the continent’s most active volcanoes, ...

A new study of the lunar samples collected by China's Chang'e-6 mission has verified the hypothesis that the Moon was ...

The basalt samples, aged 2.823 billion years, align with the lunar magma ocean model, which suggests that the early moon was covered by a global magma ocean, with minerals crystallizing to form ...

with the primary basalt formation age determined to be approximately 2.82 billion years. These findings validate the lunar magma ocean hypothesis, which states that the moon experienced global ...

Mars’ thick crust may have been a hidden engine of geological activity, producing granitic magmas and sustaining underground ...

The basalt present in the Chang'e-6 samples is primarily 2.823 billion years old, and its characteristics support the lunar magma ocean model. The research also suggests that the impact event that ...

Yellowstone and Hawaiʻi. These systems a well known for producing large volumes of magma through time and leaving chains of volcanic features in their wake, although they do so in very different ways.