Research topics
The development of ultrafast lasers…
laser platforms
ATTOLab, SOFOKLE
Partnerships and Valorization
Partnerships & Patent
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Tracking the magnetization dynamics of a magnetic vortex by magnetic helicoidal dichroism
Micro- and nanostructures of magnetic materials are the basis for a wide range of technological applications, from sensors to data storage. New methods for measuring and controlling the dynamics of their magnetization are therefore worthy of research. A widely-used technique for measuring magnetization is magnetic circular dichroism (MCD), i.e. the measurement of the difference in…
Agenda
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Projects
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CEFIPRA MultiDAM project (2024-2027)
Tailoring ultra-short light pulses is a promising way of studying fundamental questions about the ultrafast electronic…
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TORNADO project (2023-2027)
Chiral light-matter interactions – PEPR LUMA : Moonshot TORNADO A multi-scale, multi-dimensional approach to chiral light-matter…
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ANR HELIMAG project (2022-2026)
Helical dichroism of magnetic structures High-order harmonic generation (HOGG) has recently made available light sources delivering…
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ANR ASAP project (2024-2028)
The ASAP project proposes to explore the quantum properties of light produced by high-order harmonic generation.…
European projects
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ERC Starting Grant SATTOC project (2023-2028)
The ERC Starting Grant SATTOC “Solution ATTOsecond Chemistry” project involves studying the chemical dynamics of solvated…
Research Topics
The research topics of the ATTOphysics group range from strong-field laser-matter interaction on the attosecond scale, to the production, characterization and applications of attosecond pulses.
Attosecond gas-phase spectroscopy
Two spectroscopic approaches developed in the…
Structured attosecond XUV light
We synthesize attosecond XUV beams with structured…
Theory and simulation
The aim of the “Theory and Simulation” activity is to develop…
Attosecond spectroscopy in liquid phase
The aim of our research is to study the principles…
Molecular imaging
Single and multiple ionization of a molecule under…
Recent publications
Find out more about our researchers’ scientific publications.
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Joining the LIDYL gives you the opportunity to develop a motivating career in a multidisciplinary scientific community that is open to both international research and industry.