Terraforming Deserta Umbrae (blueprint Mars)
‘Deserta Umbrae’ is a desert planet with a thin CO₂ atmosphere, high UV radiation, minimal water and nitrogen-poor soil. Deserta Umbrae has a thin atmosphere (about 0.6% of Earth's pressure, about 6 hPa), little to no magnetic field (radiation protection is absent), cold temperatures (-80 °C on average), and CO₂-rich soils with ice deposits (regolith, polar ice caps). Our tools: a compact probe with master AI, mini AI beetles (self-learning, ant level) and chemo-synthetic microorganisms. Alternatively, we use digital nanorods in symbiosis with microorganisms. Our probes land in regions with resources (e.g. ice, metal oxides in the regolith). The mini-bugs (size: mm range, with drill/sensors) start mining iron, silicon and other metals. They adapt to the conditions (e.g. dust storms) and optimise their efficiency through self-learning. The master AI prioritises the construction of larger machines (e.g. 3D printers that produce nanorods or small reactors). Our little KI-Ant-B...
