The d'Alembert Institute (here and after called IDA) was established in 2002 and is based on an integrated collaboration scheme between four CNRS laboratories. They, are originally devoted to fundamental and applied research, respectively in physics (LUMIN for more fundamental studies and SATIE for more system oriented ones), chemistry (PPSM) and life sciences (LBPA).
The D'Alembert Institute (IDA) is, therefore, a multidisciplinary research institute with the mission of conducting basic and applied research in biophotonics, microfluidics and the design of functional materials and nanomaterials.
Working at the interface between physics, chemistry and biology, the D'Alembert Institute aims to contribute to the understanding of fundamental cellular mechanisms and their dysfunctions by using a combination of photonic and plasmonic effects, including developments in non-linear optics, multiphoton and time-resolved fluorescence imaging and nanophotonics.
IDA is connected to many research organizations worldwide. In particular IDA is engaged with the International laboratory 'Nano-Synergetics' (CNRS, Nara Institute of Science and Technology), and particupates to numerous international networks.
During the webinar, the very last research developments concerning the tissue and organs reconstruction will be presented, as well as the associated technologies (bioprinting, organ on chip, recellularization)
Seminar of Csilla Gergely
Insight to severe muscular disorders by multiscale imaging: from atomic force microscopy to second harmonic generation microscopy study
François Treussart Professor at ENS Paris-Saclay, CNRS LUMIN, Institut d'Alembert, and Huan Cheng Chang, Professor at Academia Sinica, got the France-Taiwan joint price from the Academy of Sciences
This workshop is part of the "interaction" seminar series of Institut d'Alembert.
Le prix en chimie et sciences du vivant, Émile Jungfleisch 2019, de l'Académie des sciences est décerné à Jacqueline CHERFILS, DR CNRS au LBPA, institut d'Alembert, ENS Paris-Saclay.
Workshop organized in the framework of "therapeutic innovation" doctorate scool from the University Paris-Saclay.
Bio-MEMS research (Micro Electro Mechanical Systems for the biology) within
the context of French Japanese international laboratory