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“Life-like” materials: confronting in vivo and in vitro dynamics of active polymer in morphogenesis/embryogenesis – LiLiMat
behaviors. At the interface of polymer material science and biology, our work will both help us to understand
“Le populaire”. Social and cultural recompositions of contemporary working classes – CLASPOP
The working classes in French society: Between continuity and breakdown
évaluation de la réglementation française en matière de financement de la vie politique – FIVIPOL
politics financing issue on the French social science's agenda.
« Green » laser ablation-based synthesis of functional colloidal nanomaterials for cancer detection and therapy – LASERNANOBIO
of involved partners LP3 (photonics, material science), CINaM (surface and organic chemistry) and CRO2
short-range Order and Electron ultra-fast DYnamics in Phase transition from solid to laser-generated Warm Dense Matter – OEDYP
and schools related to WDM. Warm Dense Matter science covers a wide range of physical phenomena from [...] players in the general field of High Energy Density science in the French community. The development of laser-based
roe deer behavioural Plasticity and Adaptation To landscape CHanges – PATCH
Landscape modifications, especially through habitat loss and fragmentation, have been recognized throughout the world as a key issue affecting biodiversity. It is critical and urgent to better understand how animal populations respond to environmental change and persist in modified environments.
p-n Heterojunctions of Emergent Wide band gap Oxides for self-powered UVC sensing – HEWOX
TUD (Dresden Center for Computational Materials Science, Germany) are joining their skills to develop this
optical countermeasure to circadian rhythm sleep disorders in shiftwork – CHRONOMOFOS
and shift work. The project is based on sound science and investigations in fundamental and clinical
noise Assisted nonlinear Dynamics in Optomechanical Resonators – ADOR
Noise-assisted nonlinear dynamics in optomechanics with a versatile system whose central element is a suspended photonic crystal membrane including an optical cavity. These simple or coupled nano-opto-electro-mechanical resonators can be used as a basic system to pursue three main goals: stochastic amplification, noise-enhanced synchronization between coupled or uncoupled resonators, and chaos.
nature, agriculture and biodiversity in territorial socio-ecosystems transition – ANBioT
researcher colleagues from the geography, political sciences and ecology fields and with practioners partners [...] conceptualized by the society and by the environmental sciences fields, would transform the operation of the regime