Stellar lifting is a theoretical concept involving the manipulation and exploitation of stars to extract their vast energies and materials for use in large-scale civilisation projects.
It addresses the challenge of accessing and utilizing the immense energy and materials available in stars for civilisation-scale engineering projects, which could include space habitats, megastructures, or interstellar travel.
The process involves using advanced technologies such as stellar fusion and star mining. Stellar fusion could involve creating controlled nuclear reactions, potentially harnessing energy from within stars or even initiating fusion outside a star's core. Star mining would require techniques to safely access and extract resources from the outer layers of stars.
Manufacturing would be highly complex and require advanced technologies such as controlled nuclear reactions. It involves the development of materials capable of withstanding extreme temperatures and radiation, as well as sophisticated machinery to manipulate stellar matter.
The build process is speculative but could involve creating a space station near a star, setting up infrastructure for fusion or mining operations, and then gradually implementing these technologies over an extended period. The exact sequence would depend on the specific technology used.
Field units draw low hundreds of watts; fabrication is energy-intensive due to vacuum baking. Overall, the process requires vast amounts of energy, making it highly dependent on future advances in power generation and storage.
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