Mars

As humanity’s core interstellar colonization outpost, Mars is also fully affected by the solar energy-harvesting megastructure, suffering from long-term insufficient illumination and completely disrupted surface ecology and natural rhythms. The Martian colonial system operates entirely relying on gluon-ball condensates produced by the solar engineering structure. This special quantum substance provides ultra-high-density energy storage and stable negative-pressure working fluid for interstellar curvature propulsion, making Mars a crucial hub for deep-space exploration and human survival. 

However, Martian space is also permeated by strong-interaction noise from gluon-ball extraction, leading to unavoidable genetic damage. Human settlers on Mars face intergenerational genetic defects and a declining lifespan ceiling, with accelerated aging and weakened fertility. With Earth’s living environment completely collapsed, Mars undertakes the core mission of human migration, civilization inheritance and reproduction, becoming the primary habitat for humanity to escape ecological collapse and sustain civilization.