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About

Boris Landgraf is a researcher specializing in X-ray optics technology, with a particular focus on Silicon Pore Optics (SPO) for next-generation space-based observatories. His work centers on the development and refinement of lightweight, high-performance X-ray mirror systems designed to meet the demanding requirements of large-area space telescopes. Landgraf has made notable contributions to the advancement of SPO technology, which enables the construction of compact yet powerful X-ray optics modules by leveraging semiconductor manufacturing techniques and precision robotics. His research has directly supported mission development for ESA's flagship ATHENA (Advanced Telescope for High ENergy Astrophysics) observatory and NASA's Arcus candidate mission. Key contributions include foundational work on direct bonding of curved, wedged, and structured silicon wafers, as well as optimizing mirror stacking processes to maximize effective collection area while minimizing mass — a critical engineering challenge in space instrumentation. His published works, accumulating citations across the X-ray astronomy instrumentation community, reflect both the technical depth and practical impact of his research. With publications spanning 2016 to 2023, Landgraf represents a sustained contributor to an evolving field that promises to transform humanity's ability to observe the high-energy universe.