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October 2016
MRIs could become more accurate and affordable
Driverless vehicles: it’s all about the algorithms
Josephson junctions: four terminals make the difference
Rethinking resistive memory
Nanocomputers: skyrmions now within reach
LMGP takes atomic layer deposition to the next level
MRIs could become more accurate and affordable
Researchers from Leti and G2Elab are working to develop a new kind of medical imaging technology, “fast field-cycling MRI” (FFC-MRI). The research is being conducted under the four-year EU IDentIFY project, which kicked off in 2016. The new MRI is expected to be both more accurate and affordable than current technologies.
The concept was developed at the University of Aberdeen, where a prototype was used to demonstrate the technology’s capacity to detect...
In March you took on a new role: heading the Grenoble-based Instituts Carnot Chair for Bio-inspired Technology. What’s it all about?
I’m a guest researcher, and will be spending at least 20 days per year on site. I’ll be helping Leti researchers on several projects that should ultimately produce demonstrator systems. The first two involve an artificial nose and neuromorphic circuits capable of local information processing.
What can biology do for...
Lensless imaging: Iprasense releases a new product
CoolCube® attains more than 10 million 3D contacts/mm2
A power converter that can withstand 200 °C
Inac website features four researcher profile videos
4,800 runners expected at 8th Grenoble Ekiden marathon
Recommended reading: Wide Band Gap Semiconductor Nanowires
Vincent Consonni (CNRS/LMGP) and Guy Feuillet (CEA-Leti) co-edited Wide Band Gap Semiconductor Nanowires, a two-volume, 630-page book published by Wiley-ISTE. Contributions...