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Research poles

Research at NISM is identified by four poles, which highlight the main scientific activities carried out within the institute. Each pole has a well-defined structure with members, and is managed by the pole representative. The structuring does not prevent ongoing cooperation between them. Indeed, there is well-established interaction between the various clusters, through joint projects, conferences, seminars, co-supervision of master's and doctoral theses, among others..
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Solid State Physics Laboratory (LPS)

Research at the Solid State Physics Laboratory (LPS) focuses on the theoretical and experimental study of the electronic, optical and structural properties of nano-structured materials, surfaces and interfaces, based on experiments and numerical simulations.
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Lasers and Spectroscopies Research Unit (LLS)

The Lasers and Spectroscopies Research Unit (LLS) unites the efforts of physicists, but also chemists and engineers, to carry out experimental and theoretical research, both fundamental and applied.
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Physics Didactics Research Unit (LDP)

The research activities carried out within the Unité de Recherche en Didactique de la Physique (LDP) are specifically situated in the field of learning this discipline.
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Nonlinear Optics and Photonics (NOP)

The Nonlinear Optics and Photonics cluster (NOP) develops experimental, theoretical and numerical research in various fields of optics, mainly in nonlinear optics and photonics, including plasmonics and quantum optics.
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Functional Structured Materials (FSM)

The expertise of the Functional Structured Materials (FSM) pole is divided into two interconnected areas: the development of 3D porous architectures and the functionalization of nanostructures.
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Surfaces, Interfaces and Carbon Nanostructures (SICN)

The Surfaces, Interfaces and Carbon Nanostructures (SICN) pole is active in the synthesis, characterization and modeling of new materials, with a particular focus on interfaces between two distinct phases and for low-carbon materials.
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Contact

General contacts President Prof. Francesca CECCHET +32 (0)81 72 54 88 francesca.cecchet@unamur.be Vice-president Prof. Vincent LIEGEOIS +32 (0)81 72 45 53 vincent.liegeois@unamur.be Executive assistant Jeanick PIGNOLET executive-assistant.nism@unamur.be FSM representatives Permanent members Nikolay TUMANOV nikolay.tumanov@unamur.be Non-permanent members Tarek BARAKAT tarek.barakat@unamur.be HPC-MM representatives Permanent members Prof. Yoann OLIVIER +32 (0) 81 72 45 34 yoann.olivier@unamur.be Non-permanent members Dr. Charlotte BOUQUIAUX charlotte.bouquiaux@unamur.be NOP representatives Permanent members Prof. Olivier DEPARIS +32 (0)81 72 52 35 olivier.deparis@unamur.be Non-permanent members Dr. Sébastien MOUCHET sebastien.mouchet@unamur.be SICN representatives Permanent members Julien COLAUX +32 (0)81 72 54 70 julien.colaux@unamur.be Non-permanent members Emile HAYE emile.haye@unamur.be Organisation Découvrir les membres
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Associated technology platforms

For their research activities, NISM Institute researchers rely on technology platform teams, each of which houses state-of-the-art equipment, technical know-how and cutting-edge expertise. They are accessible to the scientific community as well as to industry.
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Research results

The Institute's research projects, publications and collaborations include all categories of researchers. Led by academic promoters, they mobilize post-doctoral researchers, PhD students and even master's students (student-researchers).
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Olivier Deparis' research team

We study natural photonic structures, in connection with the evolution of certain biological functions in the living world (e.g. structural coloration). We develop bio-inspired applications in the field of materials and, in particular, devices using solar energy. Finally, we use and develop optical material characterization techniques for heritage sciences, notably in transdisciplinary research on parchments.
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Luc Henrard's research team

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.
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