After several decades of uncertainty, a team of American researchers confirmed the existence of “cold traps” on the moon’s surface, potentially containing solid carbon dioxide. This discovery could have important implications for future lunar missions.
Earth’s natural satellite It is the extraterrestrial body closest to us, which makes its exploration relatively easy, and motivates man to multiply trips there, with the distant goal of establishing a viable and permanent colony there. These future missions will likely require the resources to be exploited immediately, prompting scientists to conduct preliminary surveys.
Cold carbon dioxide trapped on the moon’s south pole?
Although planetary scientists have already been ahead of the curve in the existence of these cold traps for several decades, this new study, conducted by a team of American researchers, is the first to establish and map their existence.
At the Antarctic level, scientists made their discovery: due to the weak tilt of the Antarctic rotation axis.(about 1.5 degrees), some craters in the polar regions are constantly shaded, protecting these regions from the sun at temperatures below 60 degrees (below -200 degrees Celsius!), even cooler than the surface . in these areas, It can exist forever in the state of ice, even during the extreme temperatures of the lunar summer.
To determine the coldest regions on the moon’s surface, scientists relied on 11 years of surface temperature measurements made by the lunar radiometer. , an instrument aboard NASA’s Lunar Reconnaissance Orbiter. Their results indicate the concentration of cold traps around the south pole of the Moon, and the total area of these traps will be approximately 204 square kilometers. However, although the presence of carbon dioxide is highly suspected, future lunar missions will be necessary to accurately analyze the bottom composition of these craters.
Implications for future lunar missions?
If frozen carbon dioxide is already present on the lunar surface, it could be exploited to produce fuel or materials for long lunar missions.: future lunar explorers can use this resource to produce or fuel from or vital materials, necessary for the continued existence on the surface of the Moon (whether or human). This possibility of exploitation has already provoked the envy of many American and European companies, and is likely to have repercussions for the international policy of managing space resources.
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