Faculty of Science, Technology and Medicine
Faculty of Law, Economics and Finance
Faculty of Humanities, Education and Social Sciences
Interdisciplinary Centre for Security, Reliability and Trust
Luxembourg Centre for Systems Biomedicine
Luxembourg Centre for Contemporary and Digital History
Luxembourg Centre for European Law
Luxembourg Centre for Socio-Environmental SystemsArchives: Research Groups
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Research Groups
AI Café
Learn moreAI Café is a seminar and debate series designed to share knowledge beyond traditional academic settings. It targets both research professionals and the general public. For researchers, the events foster knowledge exchange and collaboration, while for the public, the goal is to inform, clarify complex issues, and answer questions in an accessible way.
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Research Groups
Research
Learn morePartial Differential Equations (PDEs) are equations where the unknown is a function—or sometimes a vector field—depending on several variables, often time and space. These equations involve one or more partial derivatives of the unknown.
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Research Groups
Analysis and controllability of Partial Differential Equations
Learn moreOur group investigates some theoretical questions on some partial differential equations from physics.
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Research Groups
Research
Learn moreHis research is in the domain of quantum algorithms and quantum hardware closely coupled to high-performance computing systems. He tries to find ‘’practical” value in early noisy quantum computers, understand the limits of noisy hardware itself, and thinks how to optimally couple quantum and classical computers. He co-supervised 3 PhD students and several postdocs.
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Research Groups
Quantum Algorithms and Technologies of Emulation in High Performance Computing
Learn moreThis research is in the domain of quantum algorithms and quantum hardware closely coupled to high-performance computing systems. He tries to find ‘’practical” value in early noisy quantum computers, understand the limits of noisy hardware itself, and thinks how to optimally couple quantum and classical computers.
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Research Groups
Research
Learn moreThe quantitative description of the mechanical properties of biological cells is one of the main contributions that physics can make to modern biotechnology. For example, cancer cells differ significantly in their stiffness from healthy cells. Previous high-throughput methods for determining the mechanical properties generally rely on model-based interpretations of cell deformations in hydrodynamic flow. We…