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2D & 3D Laser-writing of directed self-organized sol-gel systems : towards robust complex hierarchical metal-oxide nanoarchitectures – LEGO
In the LEGO project, we propose a new approach to realize the fabrication of 2D and 3D metal oxide structures, from solutions, using direct laser writing, layer by layer, without thermal post-processi
2D and 3D electrical tomography: Corrosion diagnosis of reinforced cement-based materials – EL-TORO
EL-TORO aims at developing a novel reliable and modular multi-electrodes device for the non-destructive monitoring and diagnosis of Reinforced Cement-based (RC) structures. The device will provide 2D/
2D magnetic memories: scalable growth and hybrid electrical operation – MNEMOSYN
MNEMOSYN will develop and optimize techniques to grow large-scale two-dimensional (2D) magnetic materials, co-integrated with strong spin-orbit coupling materials, graphene and 2D ferroelectrics in hi
2D nanolaminate - nanofluidic ionic diodes hybrid membranes for desalination and water purification (2D-MEMBA) – 2D-MEMBA
Nanomaterials hold promise for the development of innovative membranes towards the purification of water and desalination. Two-dimensional materials (2D) when stacked in 2D nanolaminates have been inv
3D Atomic Scale Correlative microscopy and Electronic Simulation of light Emitters – ASCESE-3D
Current energy challenges lie not only in energy conversion and storage, but also in reducing energy consumption. The use of light emitting diodes (LEDs) is widely spread today in lighting, signaling,
3D Common Earth Model for resources targeting – Geomin3D
The Industrial Chair “3D Common Earth Model for resources targeting”, GeomIn3D, is an industrial research project in the field of geo-resources. The project brings together academic researchers from N
3D Dielectric Resonator Antennas for Wideband Array – 3DRAW
The 3DRAW project takes place in the current context of a sharp increase in the integration density of electronic systems for communication, tracking or surveillance equipment. This requires the desig
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 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