An ERC Consolidator grant for Professor Guillaume Berionni's B-YOND project!
The ERC CoG, a funding instrument of the European Research Council (ERC), enables outstanding scientists to implement innovative concepts over a period of five years and thus strengthens the European research landscape. The B-YOND project will focus on the reprogramming of chemical elements properties in order to initiate the creation of a new generation of more robust and accessible catalysts.
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Drawing inspiration from nature to innovate
Prof. Olivier Deparis and Dr Sébastien Mouchet (University of Namur, NISM Institute, Department of Physics) have published a book on the theme of physical optics and environmental biology. On the path of Jean-Pol Vigneron’s research, this “avant-garde” book according to Artech House, opens the door to bioinspired applications in the fields of optics, energy and the environment. Explanation.
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TINALTA: Development of an innovative coating
Researchers at the UNamur have just filed a patent for a completely innovative coating, in collaboration with the spin-off Innovative Coating Solutions (ICS). This project was supported by the Win²Wal programme of SPW Research.
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A publication on non-linear optics in the prestigious "Accounts of Chemical Research" (ACS) journal
An international team of researchers, including Professor Benoît Champagne from UNamur, has just published a paper in the prestigious journal "Accounts of Chemical Research" (ACS). They have demonstrated the role of dynamic fluctuations in the structure of molecules on their optical properties. This aspect of dynamics is innovative because previous studies were limited to rigid structures.
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A publication on light observation in Nature Communications
What is a perfect fluid? It is a theoretical model of a fluid that allows us to assume that the fluid is not viscous, that it does not conduct heat, that it is incompressible and does not create vortices. It is therefore an approximation of reality that simplifies theoretical predictions of fluid flows. For the first time, an international team has experimentally demonstrated this same behaviour for light immersed in a medium of low refractive index.
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An innovative and multifunctional coating developed at the UNamur
This is a technical and scientific feat that has just been patented at the UNamur. Researchers from the Laboratory of Analysis by Nuclear Reactions (LARN), the Department of Physics of UNamur (NISM Institute) and the spin-off Innovative Coating Solutions (ICS) have succeeded in developing a carbon-based coating with innovative properties that can be used in a wide range of fields, including fuel cells, decoration, and mechanical parts for automobiles.
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Fluorescence: A Closer Look at Insects’ Transparent Wings
In a new study published in February 2023 in the Journal of Luminescence, an international team of scientists led by Sébastien Mouchet of UNamur has revealed previously unknown fluorescent properties of the transparent wings of certain insects. This research demonstrates that valuable information can be obtained using state-of-the-art optical characterization techniques. Here’s how it works.
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Participatory funding: Specularia, experimental archaeology project
The Department of Art History and Archaeology of UNamur is participating for the first time in an experimental archaeology project, within the framework of a doctoral thesis on the production of glass in the Roman period. Conducted in partnership with Malagne, the Rochefort archaeopark, the Specularia project aims to gain a better understanding of the reality of the gestures and techniques of Gallo-Roman craftsmen and to scientifically validate hypotheses that are still debated today. To carry out this experiment, the Department of Art History and Archaeology is launching its first participatory funding.
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Michaël Lobet, the physicist of the invisible who twists light
Let's go and discover the qualified researchers of UNamur, winners of the funding granted by the FNRS in 2022. Today, we meet Michaël Lobet, currently a lecturer at UNamur, who will begin his new mandate as a qualified FNRS researcher at the NISM Institute next fall. The subject of his research: twisted optics for the manipulation of slow photons or how to create light traps. Explanations.
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