Shillong, August 24: India achieved a historic milestone by successfully landing its Chandrayaan-3 mission on the Moon’s southern polar region and deploying a rover, which is expected to operate for the next 14 days.
With this significant accomplishment in the books, attention now shifts to the forthcoming phase – Chandrayaan-4.
As per IANS, the Indian Space Research Organisation (Isro) and the Japan Aerospace Exploration Agency (JAXA) have united their efforts to launch the Lunar Polar Exploration Mission (Lupex), commonly referred to as Chandrayaan-4. This mission holds the key to answering a captivating question in lunar exploration: does water exist on the Moon?
Recent observations have hinted at the presence of water on the Moon. If confirmed, this discovery could revolutionize space exploration, offering a valuable resource for future human missions to our lunar neighbor.
Lupex is poised to provide definitive answers to these inquiries. Its core objective revolves around investigating the lunar polar region to determine the presence and potential utility of water.
Lupex operates along two primary avenues. Firstly, it seeks to ascertain the quantity of water in targeted lunar areas, building upon existing observational data. By obtaining on-site measurements and “ground truth data,” Lupex aims to establish a baseline for calculating the amount of water needed to be transported from Earth for future lunar missions and how much can be sourced locally. This information has the potential to transform the economic and sustainability aspects of lunar exploration.
Simultaneously, Lupex strives to comprehend the distribution, conditions, and form of lunar water resources through in-situ observations in the Moon’s polar regions. Understanding these parameters is pivotal for effectively harnessing lunar water for various purposes, such as life support, propulsion, or shielding.
As India’s lunar exploration endeavors progress, Lupex stands as a promising beacon to shed light on the Moon’s enigmatic water content and its potential implications for future space exploration.
