The agreement was signed by ESO's Director General, Xavier Barcons, and by Roberto Ragazzoni, the President of Italy's National Institute for Astrophysics (INAF), the institution leading the ANDES consortium. Also attending the signing ceremony were Sergio Maffettone, Consul General of Italy in Munich, and INAF's Alessandro Marconi, ANDES Principal Investigator, in addition to other representatives from ESO, INAF, the ANDES consortium and the Consulate of Italy in Munich. The signing took place at the ESO Headquarters in Garching, Germany.
Formerly known as HIRES, ANDES is a powerful spectrograph: an instrument which splits light into its component wavelengths so astronomers can determine important properties about astronomical objects, such as their chemical compositions. The instrument will have a record-high wavelength precision in the visible and near-infrared regions of light and, when working in combination with the powerful mirror system of the ELT, it will pave the way for research spanning multiple areas of astronomy.
"ANDES is an instrument with an enormous potential for groundbreaking scientific discoveries, which can deeply affect our perception of the Universe far beyond the small community of scientists," says Marconi. Celine Peroux, the project scientist of the ESO team following up on ANDES, adds that the science cases range "from potentially detecting signatures of life in other worlds and identifying the very first generation of stars, to studying the variations in the fundamental constants of physics."
ANDES will conduct detailed surveys of the atmospheres of Earth-like exoplanets, allowing astronomers to search extensively for signs of life. It will also be able to analyse chemical elements in faraway objects in the early Universe, making it likely to be the first instrument capable of detecting signatures of Population III stars, the earliest stars born in the Universe. In addition, astronomers will be able to use ANDES data to test whether the fundamental constants of physics vary with time and space. Its comprehensive data will also be used to directly measure the acceleration of the Universe's expansion, one of the most pressing mysteries about the cosmos.
ESO's ELT is currently under construction in the Atacama Desert of Northern Chile. When operations start later this decade, the ELT will be the world's biggest eye on the sky, marking a new age in ground-based astronomy.
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