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About

Arthur Langlois is an instrumental figure in the development of next-generation robotic observatories for time-domain astrophysics. His primary research focuses on the design and construction of wide-field imagers and robotic telescopes dedicated to capturing the optical counterparts of transient cosmic events, particularly gamma-ray bursts (GRBs). Langlois’s major contributions include leading the development of the CAGIRE near-infrared imager and the DDRAGO wide-field imager, both critical instruments for the COLIBRI 1.3-meter robotic telescope. This telescope, a collaborative project between France and Mexico, is designed to rapidly respond to alerts from the Sino-French SVOM satellite, enabling real-time multi-wavelength follow-up of explosive phenomena. His work on structural design techniques for these instruments has been essential to their precision and reliability. Though his most cited papers are recent—with the CAGIRE paper (2023) garnering 6 citations and the COLIBRI overview (2022) receiving 5—their impact is already significant in the growing field of transient astronomy. Langlois’s engineering and observational efforts are helping to unlock the physics behind GRBs and other cosmic explosions, making him a key contributor to the future of time-domain astrophysics.