The Space Race Revisited: A Reprise of Old Politics on the Moon
A new era of space exploration has begun, with major powers like the US and China vying for control over the moon's south pole, a strategic location offering access to "peaks of eternal light" for solar arrays and ice deposits. The emerging lunar frontier is being touted as a means to secure resources and bolster post-terrestrial economies.
However, this renewed competition risks exporting the old politics that have plagued Earth for centuries, rather than ushering in a new era of cooperation and sustainable development. The push for private-led space exploration is driving down state investment in NASA's Artemis program, with former President Donald Trump aiming to slash its budget to historic lows.
In contrast, China's International Lunar Research Station, a joint venture with Russia and global-south partners, represents a more collaborative approach that seeks to escape the American-led system. This cooperative framework claims to comply with UN rules while providing a collective platform for states to govern their lunar presence.
As the space race intensifies, both camps invoke "peaceful exploration" as a justification for competing interests. Water and moon rocks are touted as potential sources of rocket fuel, life-sustaining resources, and even construction materials. However, these claims remain largely rhetorical, serving to fuel governments' justifications for lunar spending.
The real stakes lie in the development of nuclear fission reactors on the moon, which could provide reliable energy during the 14-day lunar night essential for human bases. The US and China-Russia are racing to develop this technology, with the nation that succeeds potentially determining the balance of power in the coming century.
As humanity's resource consumption outstrips the planet's biocapacity, some argue that space exploration offers a way to sidestep ecological limits by moving energy-intensive processes off-world. Silicon Valley's tech moguls are embracing this vision, with companies like Google seeking to establish orbital datacentres powered by solar energy.
This push for off-Earth computing raises concerns about the potential for a new phase of extraction, as humanity seeks to harness the moon and other celestial bodies for energy and compute capacity. As Kim Stanley Robinson's classic sci-fi novel Red Mars cautions, we risk exporting our old politics to new worlds with disastrous consequences if we fail to prioritize sustainable development on Earth.
The echoes of Robinson's trilogy can be seen in today's space race debates β nuclear versus solar power, terraforming versus preservation. However, the lesson of Red Mars remains: before occupying another planet, humanity must first learn to live sustainably on its own. The writing is on the wall; as we embark on this new frontier, let us not repeat the mistakes of our past.
A new era of space exploration has begun, with major powers like the US and China vying for control over the moon's south pole, a strategic location offering access to "peaks of eternal light" for solar arrays and ice deposits. The emerging lunar frontier is being touted as a means to secure resources and bolster post-terrestrial economies.
However, this renewed competition risks exporting the old politics that have plagued Earth for centuries, rather than ushering in a new era of cooperation and sustainable development. The push for private-led space exploration is driving down state investment in NASA's Artemis program, with former President Donald Trump aiming to slash its budget to historic lows.
In contrast, China's International Lunar Research Station, a joint venture with Russia and global-south partners, represents a more collaborative approach that seeks to escape the American-led system. This cooperative framework claims to comply with UN rules while providing a collective platform for states to govern their lunar presence.
As the space race intensifies, both camps invoke "peaceful exploration" as a justification for competing interests. Water and moon rocks are touted as potential sources of rocket fuel, life-sustaining resources, and even construction materials. However, these claims remain largely rhetorical, serving to fuel governments' justifications for lunar spending.
The real stakes lie in the development of nuclear fission reactors on the moon, which could provide reliable energy during the 14-day lunar night essential for human bases. The US and China-Russia are racing to develop this technology, with the nation that succeeds potentially determining the balance of power in the coming century.
As humanity's resource consumption outstrips the planet's biocapacity, some argue that space exploration offers a way to sidestep ecological limits by moving energy-intensive processes off-world. Silicon Valley's tech moguls are embracing this vision, with companies like Google seeking to establish orbital datacentres powered by solar energy.
This push for off-Earth computing raises concerns about the potential for a new phase of extraction, as humanity seeks to harness the moon and other celestial bodies for energy and compute capacity. As Kim Stanley Robinson's classic sci-fi novel Red Mars cautions, we risk exporting our old politics to new worlds with disastrous consequences if we fail to prioritize sustainable development on Earth.
The echoes of Robinson's trilogy can be seen in today's space race debates β nuclear versus solar power, terraforming versus preservation. However, the lesson of Red Mars remains: before occupying another planet, humanity must first learn to live sustainably on its own. The writing is on the wall; as we embark on this new frontier, let us not repeat the mistakes of our past.