Laboratoire Charles Coulomb UMR 5221 CNRS/UM2 (L2C)


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Team: Complex Systems and Nonlinear Phenomena

The research activities of the group « Complex Systems and Nonlinear Phenomena » revolve essentially around the study of nonlinear phenomena and their models in theoretical physics. The domains of application covered by the group range from supramolecular and cellular biological systems, fluid mechanics and spin physics to nonlinearities and instabilities in optics, nanosciences and radiative transfer. Some of these themes are investigated through asymptotic models based on perturbation theories, scaling laws and group theory, while others are treated from a variational, multiscale or inverse scattering point of view. Our group is currently developing research projects that are situated at the interface with biology, geosciences and the environmental sciences. It consists of university professors involved in the masters of physics (programs that specialize in condensed matter, physics of life, cosmology, and particles and fields) and in the CMLUC program that trains qualified technicians in the domain of light and color control and management.

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Latest publications

+ Stochastic modelling of collective motor protein transport through a crossing of microtubules doi link

Author(s): Raguin A., Kern N., Parmeggiani A.

(Article) Published: Journal Of Theoretical Biology, vol. 505 p.110370 (2020)
Links openAccess full text : arxiv

+ Phase separation of polymer-bound particles induced by loop-mediated one dimensional effective long-range interactions doi link

Author(s): David G., Walter J.-C., Broedersz Chase P., Dorignac J., Geniet F., Parmeggiani A., Walliser N.-O., Palmeri J.(Corresp.)

(Article) Published: Physical Review Research, vol. 2 p. (2020)
Links openAccess full text : openaccess

+ Nanofiltration performance prediction for brackish water desalination: case study of Tunisian groundwater doi link

Author(s): Kammoun Mohamed ayman, Gassara Sana, Palmeri J., Ben amar Raja, Deratani Andre

(Article) Published: Desalination And Water Treatment, vol. 181 p.27-39 (2020)