Core Insights - Understanding the distribution and storage mechanisms of water on the lunar surface is fundamental for comprehending the evolution of lunar materials, resource distribution, and future utilization [1] - The study conducted by a joint team from the National Space Science Center and the Institute of Geology and Geophysics of the Chinese Academy of Sciences analyzed the water content and hydrogen isotopes in titanium iron ore particles from the Chang'e 5 lunar soil [1] - The research reveals the dual role of titanium iron ore in the distribution and storage of lunar water, highlighting its ability to convert solar wind hydrogen into water while also facing limitations in long-term water stability due to its crystal structure [1] Research Findings - The study provides a possible mineralogical mechanism to explain the significant diurnal variations of water observed in the titanium-rich regions of the moon [1] - The findings offer important scientific evidence for future in-situ resource development on the moon, focusing on titanium iron ore as a primary target [1] - The research results were published in the international academic journal "Nature Communications" [1]

Group 1 - The Chang'e 5 lunar soil has been shared for research with six countries [1] - The Zuchongzhi 3 quantum computing prototype leads the world in speed [1]