Our ambition is to take a step further in the understanding of the complex mechanisms involved in materials, in industrial processes, in environmental phenomena, as well as in living organisms, and contribute to the development of new engineering solutions for the 21st century increasingly complex challenges.
We work on complex problems relevant to important societal issues. Our objective is to create advanced reliable simulation tools for engineers and to develop new technologies based on an increased understanding of complex coupled phenomena.
The multidisciplinary and multi-scale approach developed within our community will contribute to the creation of better tools for engineers and decision makers. The integration of these new methods in research-driven training programs is one of our main objectives.
Our goal is to apply the results of our research to "real problems" The most efficient vector to achieve this, is to build up collaborations with industry and socio-economic entities. Today, more than 40% of our activity is carried out in collaboration with private partners.
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NEWS & EVENTS |
25 APR |
PhD position
The LGP2 is seeking candidates for a PhD in material processing... |
25 APR |
PhD position
The LEGI is seeking candidates for a PhD in fluid mechanics... |
21 MAR |
Mini-colloquium
As part of the 18th edition of the "Journées de la matière condensée"... |
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IN FOCUS |
On the 4th of April, Martin Obligado will defend his HDR entitled "The role of turbulence in the dynamics of single and two-phase flows"
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RESARCH
NEWS |
Researchers from the Interdisciplinary Laboratory of Physics have determined a scaling law for the transversal drift of red blood cells
Losserand et al., Microvascular Research
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KEEP IN TOUCH |
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