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About

Karim Agabi is a pioneering figure in Antarctic astronomy, specializing in the development of robotic telescopes and high-precision photometric instrumentation for extreme environments. His work has been instrumental in demonstrating that the harsh conditions of Dome C, Antarctica, can be harnessed for world-class, long-duration stellar observations—a feat impossible from most ground-based sites. Agabi’s most cited work, “Telescope and instrument robotization at Dome C” (2007, 16 citations), emerged from a landmark brainstorming meeting in Tenerife and provides a foundational review of the challenges and solutions for automating night-time operations at Concordia Station. This paper has shaped subsequent polar observatory designs. He further advanced the field with his leadership on the PAIX project (“Opening a new window on the southern stars for less money,” 2016), which introduced the first Antarctic polar mission photometer. PAIX achieved over 150 days of uninterrupted, continuous stellar photometry from the ground, bypassing Earth’s rotation to study stellar oscillations and pulsations with unprecedented precision. By proving that cost-effective, long-baseline observations are viable from the Antarctic plateau, Agabi has opened a new observational window for asteroseismology and stellar evolution, inspiring a generation of polar astronomers.