118 new and renewed FRS-FNRS research mandates at ULiège!
Among the grants awarded by the FRS-FNRS this year, 118 will finance research carried out by ULiège scientists.
As a public university open to the world and is anchored in the scientific, cultural and economic development of its region, the University of Liège relies on its three pillars: teaching, research and civic engagement.
ULiège trains responsible citizens who are provided with cutting-edge knowledge and critical thinking, are able to share knowledge and can push forward an increasingly complex world.
ULiège develops and promotes excellence in research, multidisciplinary and direct engagement with its instruction.
Global exposure is a top priority at the University of Liège. The institution offers a wide range of international mobility opportunities to students, researchers and staff, enabling them to enhance their cross-disciplinary skills and language knowledge.
ULiège: an experience of daily living. Located in 3 cities and 4 campuses, the university is a key player in terms of the environment and mobility.
Among the grants awarded by the FRS-FNRS this year, 118 will finance research carried out by ULiège scientists.
Among the scholarships awarded by the FRS-FNRS this year, 101 will finance research carried out by researchers from ULiège.
Among the scholarships awarded by the FRS-FNRS this year, 121 will finance research carried out by researchers from ULiège.
Among the scholarships awarded by the FRS-FNRS this year, 90 will finance research carried out by researchers from ULiège.
The opening of the cover of the satellite, designed at CSL, proceeded as planned. The ESA satellite, designed to study exoplanets, is ready to take its first images of the sky.
These credits are granted to researchers developping projects of excellence.
The mission, which involves researchers and engineers from ULiège, has just received the first images of the Earth's ionosphere.
This project aims to develop a new instrument to study the formation of exoplanets and to validate a technique to search for signs of life on their surface.
A new study involving Xavier Fettweis reports an alarming situation, which could have an unprecedented impact.
The young doctoral student's performance convinced the jury and the public of this 6th edition of the competition.
An international team of researchers has just identified a mechanism that could well precipitate IPCC projections.
Thanks to this exceptional neuroimaging equipment, ULiège researchers will be able to better understand how the brain works and several neurodegenerative diseases