Organisation: Department of Physics and Materials Science

  • News

    The luminous energy of the Void

    Prof. Alexandre Tkatchenko of the University of Luxembourg addresses one of the greatest mysteries in physics: dark energy.

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  • Study Programmes

    Master in Physics

    Our Master in Physics provides students with a solid, broad education in theoretical and experimental physics and materials science with a strong emphasis on learning by research.

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  • Study Programmes

    German-French-Luxembourgish Master in Physics

    This master is offered by the Universities of Luxembourg, Lorraine, Saarbrücken, and Grenoble. Students acquire a solid, broad, and multilingual education in physics and graduate with a double diploma.

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  • Study Programmes

    German-French-Luxembourgish Bachelor in Physics

    This Bachelor is jointly offered by the Universities of Luxembourg, Lorraine and Saarbrücken. Students explore the main areas of physics in a multicultural and multilingual context.

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  • Events

    Physics Seminar: Hopfions in Condensed Matter: Anisotropic Heisenberg Magnets

    Nontrivial topological defects such as knotted solitons called hopfions have been observed in a variety of materials including chiral magnets, nematic liquid crystals and even in ferroelectrics as well as studied in other physical contexts such as Bose-Einstein condensates.

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  • Events

    Biophysics Seminar: New opportunities in translational research: from novel devices to applications

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  • Events

    Hybrid Physics Seminar: Microvasculature on a Chip: Blood Vessel-Mimics for Probing Micro-Circulation Physiology

    Microvasculature on a Chip: Blood Vessel-Mimics for Probing Micro-Circulation Physiology

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  • Events

    Physics Seminar: Seeking a well-defined local temperature for nanoscale fluctuations

    Seeking a well-defined local temperature for nanoscale fluctuations

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  • Events

    Physics Colloquium DTU ACTIVE: Steps Towards the De-Novo Synthesis of Life

    Steps Towards the De-Novo Synthesis of Life

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  • Events

    Physics Seminar: Life in Complex Fluids

    While much of our understanding of microbial swimming is derived from Newtonian fluid mechanics, many microorganisms including bacteria, algae, and sperm cells move in fluids or liquids that contain (bio)-polymers and/or solids. Examples include human cervical mucus, intestinal fluid, wet soil, and tissues.

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