未来月界

By performing an alkali activation reaction on artificial simulated lunar soils BH-1 and BH-2, these soils can be converted into high-strength geopolymer building materials. Scientists have discovered that although it would be difficult for people to survive on the lunar surface, lava tube caves have very livable temperatures while protecting astronauts from solar wind, micrometeorites and cosmic rays. We have fictionalized a future scenario: with the development of science and technology, the earth's environmental resources are depleted, and humans have established a permanent base in the lava tube cave area of ​​the moon. Here, the exploration of the "outer" universe overlaps with the return to the "underground" cave, and the sublunar space and time thus becomes a double metaphor for the origin of human civilization.

通过对人工模拟月球土壤 BH-1 和 BH-2 进行碱活化反应，可以使这些土壤转化为高强度地质聚合物建材。科学家已经发现，尽管人们很难在月球表面生存，但熔岩管洞穴拥有非常适居的温度，同时可以保护宇航员免受太阳风、微陨石和宇宙射线的危害。我们虚构了这样一种未来情境：随着科技发展，地球环境资源枯竭，人类在月球的熔岩管洞穴地区建立了永久基地。在此，对“天外”宇宙的探索与对“地下”洞穴的回归发生重叠，月下时空从而成为对人类文明起源的双重隐喻。