Vibrating magnetic microparticles to stimulate insulin secretion (February 09th, 2023)
In the context of intensive research on treatments against diabetes – major health threat to millions of people, we report here on an innovative approach based on mechanobiology. Basically, chronic hyperglycemia is regulated by a supply of insulin, if insufficiently secreted. We show here that the mechanical stimulation of pancreatic beta cells, via the […]
Read more[POSITION FILLED] Postdoctoral position on RF spintronics for IoT (February 09th, 2023)
Context: In the frame a European project, SPINTEC has an opening for a postdoctoral position to develop rf detectors for IoT applications. The project goal is to improve the rf-to-dc conversion efficiency of specific magnetic tunnel junctions and to develop demonstrator applications. Position: The tasks are varied and will allow to acquire diverse expertise in […]
Read more[Filled] Assistant Professor position – Design of spintronic circuits for artificial intelligence (February 03rd, 2023)
SPINTEC is opening a tenured assistant professor/lecturer position in the field of frugal digital electronics, design of embedded systems, design of digital architectures in disruptive technologies (MCF section 61-63). The recruited person will carry out his research at SPINTEC Laboratory affiliated with UGA, CEA, CNRS, Grenoble INP-UGA in a very promising field, linked to […]
Read moreSeminar – Turning on the heat with spins and their transport across interfaces (January 19th, 2023)
On Tuesday, April 11th 2023, we have the pleasure to welcome in SPINTEC Hari Srikanth Professor at University of South Florida, He will give us a seminar at 14:00, entitled : Turning on the heat with spins and their transport across interfaces Place: SPINTEC Seminar, CEA Building 10.05 auditorium 445 (access needs authorization *) skype […]
Read morePhD Defense – Non-local magnon transconductance in extended magnetic insulating films (January 19th, 2023)
Wednesday February 15th, 2023 at 14:00 in auditorium 445 Bat. 10.05 CEA Grenoble, Ryuhei Kohno from SPINTEC will defend his PhD thesis entitled : Non-local magnon transconductance in extended magnetic insulating films Access : to room 445 needs CEA pass contact admin.spintec@cea.fr sufficiently early (before February 05th). Zoom link : https://cnrs.zoom.us/j/94292021385?pwd=RUhtelRzdkd6akpwcWNLN09EcTFFUT09 Meeting ID: 942 9202 […]
Read morePortrait – Eric CLOT, chercheur doctoral à SPINTEC [In French] (January 13th, 2023)
Eric CLOT est chercheur doctoral à SPINTEC. Son travail concerne le développement d’un microscope quantique dit à centre NV, et son application à l’étude de systèmes spintroniques. Son portrait a été réalisé par l’Institut de Recherche Interdisciplinaire de Grenoble, auquel est rattaché SPINTEC.
Read moreSuperfast – An ANR project (January 01st, 2023)
Suferfast is an ANR project, with title Exploiting specificities of d-wave superconductivity for ultrafast dynamic coupling with magnetism (ANR-22-CE30-0020-01). SUPERFAST aims at demonstrating novel spin transport and ultrafast dynamics coupling effects in heterostructures combining magnetic materials and unconventional superconductors (S). The pursued ideas have much interest within condensed-matter physics and in the nascent field of […]
Read moreMAROT – An ANR project (January 01st, 2023)
MAROT stands for Low noise MAgnetometeR based On Tunnel junctions. It is a 42-months long ANR project (ANR-22-CE42-0020). The current boom in nanosatellites, which are revolutionizing space exploration, calls for the development of suitable miniature instruments. In particular, the extremely high-performance magnetometers used to date on-board satellite, such as search-coils or flux-gates, are heavy and […]
Read moreWaking-up wireless sensor nodes with perpendicular magnetic tunnel junctions (December 19th, 2022)
Spin-torque-nanodiodes based on magnetic tunnel junctions are promising candidates for RF energy harvesters and ultra-low power wake-up receivers with performances that are expected to surpass those of semiconductor diodes. Experiments on magnetic tunnel junctions with perpendicular magnetic anisotropy show how the performances can be optimized upon reducing the magnetic layer thickness and the device […]
Read moreSpintronic Memristor based Binarized Ensemble Convolutional Neural Network (December 15th, 2022)
We have investigated the use of spintronic devices to enable the implementation of a Binary Ensemble Convolutional Neural Network. A simulation flow has been setup and allowed to evaluate this disruptive combination and very promising results have been obtained in terms of hardware optimization and power reduction. The use of emerging technologies has been […]
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