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About

Giuseppe Vacanti is a specialist in X-ray optics instrumentation, with a research focus centered on the development of advanced mirror technologies for next-generation space-based X-ray observatories. His most significant contribution lies in the advancement of Silicon Pore Optics (SPO), an innovative technology that leverages semiconductor manufacturing techniques to produce lightweight, high-performance X-ray mirrors from thin silicon plates. This work has been instrumental in enabling ESA's Athena (Advanced Telescope for High ENergy Astrophysics) mission, selected as a flagship L2 mission under the Cosmic Vision Science Programme, as well as NASA's Arcus candidate mission. Vacanti's research spans the full development pipeline of SPO technology — from direct wafer bonding and precision structuring of silicon mirrors to full-scale optics module assembly using custom robotics. His work addresses the critical challenge of aperture segmentation, enabling large effective areas at low mass, a key requirement for space observatories. His papers have collectively accumulated citations reflecting a growing community of researchers building upon his foundational work in mission-enabling optics. For students pursuing careers in astronomical instrumentation or space telescope engineering, Vacanti's contributions represent a vital intersection of precision manufacturing, materials science, and high-energy astrophysics.