Discovered last year, this object from beyond our solar system continues to be studied by astronomers around the world, including researchers from the University of Liège.
The project aims to transform an innovative technology for characterising stray light into an industrial solution for space-based optical instruments.
An astrophysicist at the University of Liège, she has been awarded this prize for her research in the field of high-angular-resolution optical astrophysics.
This scientific mission, due to be launched in 2030, aims to gain a better understanding of galaxy formation.
Fourteen universities and companies from the Meuse-Rhine Euroregion are joining forces in this project, which aims to design the high-performance computing and data infrastructure essential for the future Einstein Telescope
Astronomers at the University of Liège have just solved a fifty-year-old stellar mystery!
Des observations menées sur la plus grande lune du système soaire révèlent que les processus physiques à l'origine des aurores sont universels et ne se limitent pas aux planètes.
From the living world to the Universe, from space technologies to theoretical chemistry, these prizes highlight the breadth of research conducted within the Faculty of Science.
What are gravitational waves? Why and how do we study them? What are the practical applications of the technological advancements made as part of the Einstein Telescope project?
A book traces the contribution of asteroseismology to our understanding of the internal structure of stars, particularly red giants.
A world first that allows the scientific community to move from theoretical scenarios to solid observational evidence.
A researcher at the Laboratory of Atmospheric and Planetary Physics at the University of Liège, she has obtained a permanent FNRS research mandate to continue her work.
