Organisation: Faculty of Science, Technology and Medicine (FSTM)

  • Research Projects Pages

    Increasing the scientific excellence and innovation capacity in Data-Driven Simulation at the University of Luxembourg (DRIVEN)

    DRIVEN was a Horizon2020 Twinning project to boost the scientific excellence and innovation capacity of the Department of Engineering in data-driven simulation

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  • Core Research Projects

    Increasing the scientific excellence and innovation capacity in Data-Driven Simulation at the University of Luxembourg (DRIVEN)

    DRIVEN was a Horizon2020 Twinning project to boost the scientific excellence and innovation capacity of the Department of Engineering in data-driven simulation

    Learn more
  • Research Projects Pages

    Reusable Mask Patterning (REMAP)

    REMAP’s long-term ambition is a paradigm shift in microfabrication

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  • Core Research Projects

    Reusable Mask Patterning (REMAP)

    REMAP’s long-term ambition is a paradigm shift in microfabrication

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  • Research Projects Pages

    Quantum Open Mesoscopic Physics for Emergent Technologies (QOMPET)

    QOMPET is an ATTRACT project to develop new ideas in quantum dynamics and many-body systems, embracing the noise inherent to any experiment as an advantage.

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  • Core Research Projects

    Quantum Open Mesoscopic Physics for Emergent Technologies (QOMPET)

    QOMPET is an ATTRACT project to develop new ideas in quantum dynamics and many-body systems, embracing the noise inherent to any experiment as an advantage.

    Learn more
  • Research Projects Pages

    Building up cutting-edge expertise in ultra-fast laser spectroscopy in Luxembourg (LUX-ULTRA-FAST)

    The Department of Physics and Materials Science aims to develop new research activity in ultra-fast laser spectroscopy.

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  • Core Research Projects

    LUX-ULTRA-FAST: Building up cutting-edge expertise in ultra-fast laser spectroscopy in Luxembourg

    The Department of Physics and Materials Science aims to develop new research activity in ultra-fast laser spectroscopy.

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  • Research Projects Pages

    Field-Theory Approach to Molecular Interactions (FITMOL)

    FITMOL is an ERC Advanced Grant aimed to develop and employ a Field-Theory (FIT) approach to describe large (bio)molecules (MOL) within Quantum Chemistry

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  • Core Research Projects

    Field-Theory Approach to Molecular Interactions (FITMOL)

    FITMOL is an ERC Advanced Grant aimed to develop and employ a Field-Theory (FIT) approach to describe large (bio)molecules (MOL) within Quantum Chemistry

    Learn more