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COLIBRI, a wide-field 1.3 m robotic telescope dedicated to the transient sky

Stéphane Basa, William H. Lee, F. Dolon, A. M. Watson, Johan Floriot, J. L. Atteia, N. Butler, Damien Dornic, Simona Lombardo, Samuel Ronayette, M. Ageron, François Agneray, Fernando Ángeles, Ludovik Bautista, Hafid Benamar-Aissa, Cyrille Blanpain, O. Boulade, Jérémie Boy, V. Buat, Edgar Cadena

Year
2022
Citations
5
Access
Open access

Abstract

Cosmic explosions have emerged as a major field of astrophysics over the last years with our increasing capability to monitor large parts of the sky in different wavelengths and with different messengers (photons, neutrinos, and gravitational waves). In this context, gamma-ray bursts (GRBs) play a very specific role, as they are the most energetic explosions in the Universe. The forthcoming Sino-French SVOM mission will make a major contribution to this scientific domain by improving our understanding of the GRB phenomenon and by allowing their use to understand the infancy of the Universe. In order to fulfill all of its scientific objectives, SVOM will be complemented by a fast robotic 1.3 m telescope, COLIBRI, with multiband photometric capabilities (from visible to infrared). This telescope is being jointly developed by France and Mexico. The telescope and one of its instruments are currently being extensively tested at OHP in France and will be installed in Mexico in spring 2023.

Keywords

TelescopeGamma-ray burstSkyPhysicsContext (archaeology)COSMIC cancer databaseAstronomyGravitational waveUniverseGeography

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