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3D 1024-channel ultrasound medical imaging: a system for academic and clinical research – Image4US
The LabCom Image4US focuses on ultrasound (US) medical imaging with a large number of channels. It implies the company DB-SAS (SME, Nantes), specialized in ultrasound electronics, and the Centre de Re
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 BROwnian motion Microscopy – 3D BROM
For free nanoobjects in liquid environments, Brownian motion plays a major role, underlying an extremely wide range of biological phenomena, specially in cell biology. Taking advantage of the possibil
3D Bragg ptychography: Developments for metallic nano-twinned thin films – PtyMet
3D Bragg Ptychography: Developments for Metallic nano-twinned thin films
3D Catalytic Environmental Lab at the Nanoscale – 3DCLEAN
In the context of the energetic transition, eco-friendly industrial strategy, sustainable growth and renewable energies, new catalysts are required in order to accelerate or guide reactions allowing m
3D Comfort and Acceptance – 3D_COMFORT&ACCEPTANCE
3D is becoming a real challenge in the futur of digital entertainment. The 3D digital cinema market is growing fast, but 3D TV, and 3D video games are going to be two other major market in a near futu
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 Femtosecond Laser Manufacturing of low cost integrated optical components for IR applications – FLAG-IR
FLAG-IR project is to exploit the femtosecond laser 3D direct writing technique in InfraRed (IR) glasses structuring for achieving low cost and integrated optical components for SWaP applications (red
3D Mapping of the Distant Universe with Lyman Break Galaxies – HZ-3D-MAP
The HZ-3D-MAP project aims at addressing fundamental questions of cosmology through new observables, made accessible thanks to modern imaging and spectroscopic all-sky surveys. This research will shed