Chang’e-5 Lunar Samples Unveil Moon’s Long-Lived Magnetic Field
Chang’e-5 mission’s analysis reveals the Moon had a weak yet active magnetic field 2 billion years ago, providing new insights into its geological history.
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Chang’e-5 mission’s analysis reveals the Moon had a weak yet active magnetic field 2 billion years ago, providing new insights into its geological history.
China’s Chang’e missions have captured breathtaking images of the moon from space. From the first far side landing with Chang’e 4 to the sample returns of Chang’e 5 and 6, these missions are unlocking the moon’s mysteries.
A new study reveals that moon volcanoes were active until 120 million years ago, reshaping our understanding of lunar geology and the Moon’s geological history.
Chinese scientists have developed a new method to extract water from lunar soil, a crucial discovery for future lunar research stations.
New analysis of Chang’e-5 lunar samples suggests the moon’s crust formed through a continuous process, challenging traditional models.
Lunar samples from China’s Chang’e-5 mission captivated audiences at Bangkok’s Sci Power for Future Thailand Fair, inspiring young minds with a glimpse of the moon’s surface.
Chinese scientists discovered significant levels of water and ammonium in lunar samples from the Chang’e-5 mission, offering new insights into the Moon’s composition.
Chinese mainland researchers have discovered natural few-layer graphene in lunar soil from the Chang’e-5 mission, offering new insights into the Moon’s geology and mineral composition.
Chinese scientists using Chang’e-5 lunar samples have discovered hydroxyl and molecular water from various sources, shedding light on water formation on the Moon.