Recently, the China National Space Administration announced a major scientific breakthrough from the Chang’e-6 mission: preliminary analysis of lunar soil samples collected from the South Pole–Aitken Basin on the Moon’s far side has revealed previously unobserved mineral compositions and enriched volatile elements not found in samples from the near side. This discovery provides new insights into the Moon’s geological evolution and suggests that the far side may have experienced a different impact history and thermal evolution compared to the near side. Additionally, traces of water molecules detected in the samples further support the hypothesis that water ice may exist in the lunar polar regions—an implication of great significance for future lunar research stations and in-situ resource utilization. As the first mission in human history to successfully return samples from the lunar far side, Chang’e-6 brought back 1.5 kilograms of regolith, now being jointly studied by Chinese and international scientists. The findings are expected to generate a series of high-impact scientific results and usher in a new era of lunar exploration.
近日，中国国家航天局宣布嫦娥六号任务取得重大科学突破：科研团队对从月球背面南极-艾特肯盆地采集的月壤样本进行初步分析，发现了此前未在月球正面样本中观测到的新型矿物成分和富集的挥发性元素。这一发现不仅为月球地质演化提供了全新线索，也暗示月球背面可能曾经历不同于正面的撞击历史与热演化过程。此外，样本中检测到的水分子痕迹进一步支持了月球极区可能存在水冰的假说，对未来建立月球科研站及深空资源利用具有重要意义。嫦娥六号作为人类首个成功从月球背面采样返回的任务，其带回的1.5公斤月壤正由中外科学家联合研究，预计将催生一系列高水平科研成果，推动全球月球科学进入新阶段。
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