Stellar lifting refers to the theoretical process of extracting materials or energy directly from a star. This concept is often discussed in the context of civilisation-scale engineering projects aimed at sustaining large populations in space.
Stellar lifting addresses the issue of resource scarcity in long-term space exploration by providing a potentially limitless source of raw materials and energy.
Theoretically, stellar lifting would involve using advanced technologies such as magnetic fields and plasma manipulation to extract hydrogen, helium, or other elements from stars. These materials could then be used for fuel, construction, or industrial processes in space colonies.
Manufacturing equipment would need to be highly advanced, likely involving complex machinery for plasma manipulation and magnetic field generation. The fabrication process is expected to require significant energy input due to the high temperatures and pressures involved in stellar environments.
The build process involves creating specialized equipment capable of withstanding extreme conditions, followed by testing these technologies under controlled laboratory settings before attempting any real-world applications.
Field units would draw low hundreds of kilowatts; fabrication is energy-intensive due to vacuum baking and high-temperature processes. Overall, the process requires extremely high amounts of energy compared to conventional space mining techniques.
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