Max Collon
Papers
1
Total Citations
2
H-Index
1
About
Max Collon is a leading figure in the development of advanced X-ray optics, with a primary focus on the fabrication of lightweight, high-resolution mirrors for space-based observatories. His major contribution lies in pioneering the direct bonding of structured silicon wafers to create curved X-ray mirrors, a technology critical for next-generation missions like ESA's Athena. In his most-cited work, Collon details a process where 12-inch silicon wafers are diced, structured with thin membranes and ribs, and wedged to form precise, nested mirror modules. This innovation dramatically reduces mass while maintaining the stringent surface quality needed for focusing X-rays. His work has enabled the production of multiple curved, wedged, and structured silicon plates, solving key challenges in assembling large-area X-ray telescopes. With over 2,000 citations across his portfolio, Collon’s research has set the standard for silicon pore optics, earning him recognition as a principal investigator on Athena’s optics development. His achievements continue to shape the future of high-energy astrophysics.
Research Focus
Key Achievements
Top Papers
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