The evolution of the lunar dynamo is crucial for understanding the moon's deep interior structure, thermal history, and ...

Basalt samples returned by the Chang'e-6 mission have revealed volcanic events on the lunar farside at 2.8 billion years ago (Ga) and 4.2 Ga, according to research conducted by Prof. Li Qiuli's ...

A study using Chang’e-6 farside basalts reveals an unexpected boost in the Moon's magnetic field strength 2.8 billion years ...

Lunar rocks retrieved by China’s Chang’e-5 mission reveal that the moon’s magnetic field lasted much longer than scientists previously thought, offering new perspectives on planetary evolution and ...

Chang'e-6 lunar soils contain two types of mare basalts Researchers claimed that volcanic eruptions would have flooded parts of the surface with lava, producing rocks known as mare basalts ...

Learn key facts about the Moon: from its significant distance and relative size compared to Earth to its distinctive color ...

A new analysis of samples collected by China's Chang'e-5 mission has revealed that the moon possessed a weak yet still ...

Previously examined lunar basalt samples suggest that volcanism tapered off long ago. New high-resolution imagery might ...

Chang'e-6 basalts show lunar magnetic field strength at 2.8 Ga 2.8 Ga findings challenge previous lunar dynamo models Lunar ...

The ancient strength of the lunar magnetic field recorded by the Chang'e-6 basalt clasts reveal the existence of a relatively active lunar dynamo at 2.8 Ga. The evolution of the lunar dynamo is ...