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We study the optical and structural properties of nanomaterials and 2D materials based on numerical simulations combining electrodynamics and electronic structure approaches. Our aim is to explain and predict material properties in order to address fundamental and applied challenges.

On the occasion of the 30th edition of the Festival International Nature de Namur (FINN), the University of Namur, partner of this event, reaffirms its commitment to environmental awareness by combining science and art. With its immersive stand in the nature village set up at the citadel, and the participation of its experts in the Focus Environnement ecological debates, the University of Namur offers an innovative look at nature through teaching. In addition, a jury of students from the Master in Cinematographic Cultures and Thought awarded the Prix de l'Environnement at the Professional Film Gala.

Stanford University has published a prestigious ranking that highlights the most influential researchers in a wide range of scientific fields. The list, based on bibliographic criteria, aims to provide a standardized means of identifying the world's scientific leaders. It is one criterion among others for assessing the quality of scientific research. Twelve researchers from the University of Namur are among them!

In late November, the Mont-Saint-Guibert-based company Cellistic® donated equipment it no longer used to UNamur. By enabling the university to give this equipment a second life, Cellistic is making an important gesture in support of the development of university research.

This is a fine reward for Professor André Füzfa, astrophysicist in the Department of Mathematics and head of the Astronomical Observatory at UNamur. On November 21, he received the "Coup de Coeur" award from the Trophées de Matière Grise, RTBF's popular science program 2024. These trophies aim to reward the country's scientists, who mobilize to disseminate their knowledge and insights to the general public.

The Blended Intensive Programme (BIP) is an innovative course format promoted and financed by Erasmus+ funds to promote international mobility and pedagogical innovation. This type of program, combining a virtual component with short-term physical mobility (minimum 5 days), enables teachers and students to explore new teaching and learning methods while gaining international experience. At the University of Namur, the Summer School in Molecular Microbiology, organized from July 1 to 5, 2024, in the form of a BIP, is a successful example.

How does a river work? How do river overflows occur? What can be done to protect our territories from these risks? At UNamur, geography students followed an innovative teaching activity, using a 3D augmented reality sandbox, to learn about this issue. What are the aims of this tool? Simulate and analyze natural phenomena. A unique and immersive experience to better understand environmental dynamics and climate risks, carried out in collaboration with the non-profit organization Contrat de Rivière Ourthe.

Research focuses on healthcare and energy by characterizing the structural and electronic properties of (macro)molecules. Researchers apply and develop a wide range of theoretical methods: quantum mechanics, molecular mechanics, hybrid QM/MM methods, and statistical mechanics. Complementarily, UCPTS is developing expertise in structure determination and characterization of (macro)molecules using experimental physico-chemical methods (crystallography, calorimetric analyses, bio-spectroscopies). 

Research at UCNANO focuses on energy storage, pollution control and health, developing sustainable and innovative solutions to society's current challenges. Research focuses on energy, the environment, the conversion of waste into high value-added products, green chemistry and health. UCNANO develops high-performance materials with low environmental impact that promote the circular economy and biomedical applications, in heterogeneous catalysis, photocatalysis, nano- and bio-technologies, energy storage and conversion and cell therapy.

The UCO's research focuses on the pharmaceutical and chemical industries. A first axis focuses on organic synthesis, applied to natural and non-natural molecules with biological and pharmacological activity and to the development of new reactions. The second focuses on bio-organic chemistry and the mechanistic study of enzymes. A third focuses on the study of the chemical reactivity of new acidic and basic species and their use in catalysis.

UCESA's research focuses explore corrosion and medical materials. Research is mainly focused on the chemistry and electrochemistry of surface materials and structured interfaces. Research focuses on the functionalization of surfaces, the electrochemical elaboration of biomaterials and anti-corrosion coatings, and the development and application of local electrochemical analyses.