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3D Polarization: theory and measurement – 3DPol
Many modern photonic applications involve light that is strongly focused or confined, where the three components of the electric field at each point are significant. The standard 2D polarization forma
3D Random Illumination Microscopy – RIM-3D
The major challenge of cell and developmental biology is to propose a multiscale model able to describe the mechanism through which macromolecules act on the cell, and in cascade on the tissues and or
3D SOund ReproduCtion using sound-Emitting surfaces in cars – SOURCE
In the foreseeable future, the adoption of multifunctional car structure (MCS) will offer the potential to radically upgrade the abilities of vehicles in terms of ecological requirements emerging from
3D STUDY OF DEFORMATION AND FATIGUE CRACK PROPAGATION OF POLYCRYSTALLINE MATERIALS – CRYSTAL
This project aims to improve the fatigue crack initiation and propagation understanding in polycristalline materials. When the crack length in in the same order than the grain size (typically when the
3D Virtual Platform for Wireless Sensor Network Simulation – PERSEPTEUR
The PERSEPTEUR project has evolved from an alliance of laboratories recognized by the CNRS for their research on sensor networks and their interactions, physical and spatial modeling of the radio chan
3D X-Ray and FTIR imaging for routine histopathology in chronic kidney disease – 3DXIR-Pathology
We propose the development of a new diagnostic strategy by image-guided biopsy using transmission X-Ray microscopy (TXM) and three-dimensional (3D) infrared (IR) imaging for combining the morphologica
3D characterization of cardiac conduction SYstem using iNhomogeneous mAgnetization TRAnsfer (ihMT MRI) – SYNATRA
The cardiac conduction system (CCS) enables electrical impulses throughout the heart and initiate cardiac contraction. The architecture of CCS has been implicated in ventricular fibrillation which is
3D dAta DriVEn iNvestigation of faTigUe cRack growth with ovErload effects – ADVENTURE
The aim of ADVENTURE is to study the influence of overloads on 3D fatigue cracks in order to build predictive models to manage even short cracks with a complexity and history effect similar to those encountered in real structures.
3D electron crystallography of carbohydrates: structural diversity and radiation sensitivity – ECoCar
Carbohydrates, the most abundant and widespread biomolecules, present a remarkable diversity in chemical structures that results in even more diverse and complex higher-order structural features, from