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, structure and galaxy formation, the physics of inflation, dark matter searches and astrophysical signatures, interstellar medium physics, multi-messenger astrophysics, and investigations of black holes
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quantum chemistry, quantum computing, and computational materials design, the project aims to enable the efficient screening and discovery of sustainable materials for solar energy conversion and other
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-like construction materials from lunar regolith using solar energy. The project combines fundamental research on high-temperature processes, material properties, and advanced simulations. A key
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instru-ment data, including spectroscopic measurements and solar energetic particle and plasma observations, as well as become part of a wider international network of Mars scientists and engineers. The