1 added to factors that brought the Moon back into humanity’s future

Key Points:

• Chandrayaan-1's 2008 mission challenged the long-held belief that the Moon was dry and geologically inactive by detecting water molecules and hydroxyl on its surface, especially near the poles, reshaping global lunar exploration strategies.
• The discovery of water ice in permanently shadowed craters near the lunar south pole suggested a viable resource for life support, oxygen, and rocket fuel, transforming the Moon into a potential staging ground for future space missions.
• Chandrayaan-1 also identified significant helium-3 deposits, a potential fuel for nuclear fusion, adding to the Moon's strategic value for energy resources.
• ISRO's subsequent missions, Chandrayaan-2 and Chandrayaan-3, validated these findings by attempting and then succeeding in soft landings, providing direct surface data that proved the Moon is not geologically inert.
• The renewed scientific interest sparked by Chandrayaan missions coincided with advancements in robotic technology and international cooperation, culminating in NASA's Artemis program, which represents the political and operational revival of lunar exploration.