Mars may be a hellhole, but the moon is not far behind

As the second space race unfolds, America and China are competing with other nations and private companies to establish lunar bases. NASA's Administrator Jared Isaacman has been making bold announcements, estimating the project to cost tens of billions of dollars. The ambitious plan includes drones, robotic landers, communication satellites, nuclear power plants, terrariums, moonquake sensors, and mechanized scouts exploring craters for water.

The first astronaut missions to the lunar surface are planned for 2028, with long-term habitation quarters expected in the 2030s. The goal is to create a sprawling network of scientific research stations, resource mining and processing plants, and spaceship landing pads. Nationalistic competition drives the effort, as China aims to build its own base on the moon.

The lunar surface offers primeval rocks holding clues to the solar system's formation and an ideal location for telescopes to study the ancient cosmos. The far side of the moon is particularly valuable for exploring the universe beyond. To ensure the safety and self-sustainability of the lunar base, researchers must find ways to use the moon's resources for operation and revenue generation, including robots that can build, maintain, and expand the base without human presence.

Decades from now, these initial moon bases could potentially grow into luminous cities, resembling science fiction dreams. NASA aims to build a base at the lunar south pole, as its permanently shadowed craters might contain water ice—a more valuable resource than gold. However, the harsh conditions on the moon, such as extreme temperatures, radiation, and corrosive lunar dust, pose significant challenges.

While materials science can help resist temperature swings, the long-term viability of survival technology remains uncertain.