Stellar engineering, also known as starlifting or stellar fusion, refers to theoretical methods aimed at harnessing the immense energy resources available within stars. These techniques involve manipulating celestial bodies on a large scale and potentially extracting their energy content.
Theoretical approaches to stellar engineering aim to address the global energy crisis by providing an almost limitless source of clean, sustainable energy. It also offers potential solutions for space exploration and colonization by enabling long-term habitation and resource extraction on other planets or moons.
In theory, stellar engineering could involve two primary methods: 'star lifting,' which involves physically moving parts of a star or its surrounding material to extract energy; and 'stellar fusion,' where the conditions within a star are altered to initiate controlled nuclear fusion for energy production. However, these processes are currently beyond our technological capabilities.
Currently in a theoretical phase, no manufacturing processes exist. The materials required would be derived from stellar matter, which is not currently accessible with our technology.
The build process for such technologies is purely speculative at this stage. Any potential future process would involve advanced space travel and manipulation techniques that are far beyond current engineering capabilities.
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