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About

Stefan Linke is an emerging researcher whose work sits at the cutting edge of space exploration and lunar infrastructure development. His research focuses primarily on In-Situ Resource Utilization (ISRU) technologies, with a particular specialization in Mobile Selective Laser Melting (M-SLM) of lunar regolith — a transformative approach to constructing structures on the Moon using only locally available materials. Linke's most significant contributions center on the MOONRISE project, an ambitious initiative demonstrating that lunar soil can be melted and reshaped using laser technology deployed directly on the Moon's surface. This work directly addresses one of humanity's greatest challenges in space colonization: drastically reducing the logistical burden and cost of transporting construction materials from Earth. His publications from 2021 and 2023 collectively document both the theoretical payload design and its proof-of-principle validation, each garnering 4 citations within the research community. Additionally, Linke has contributed to robotic lunar systems research, including simulation work on the MIRA3D prototype, supporting the broader vision of automated lunar exploration and construction. Though early in citation impact, his research aligns with growing global momentum toward establishing a sustainable Moon Village, positioning him as a notable contributor to humanity's next chapter in space settlement.