SPINTEC laboratory contributes to cutting-edge research in Spintronics. The first mission is to produce new fundamental knowledge and innovation. The second mission is to contribute to the higher education of young scientists in the field, through temporary involvement in our projects. Expertise and human involvement is key in these activities, and as such there are many opportunities to join and work with us:
- Research, engineer or technical tenured positions at CEA, CNRS and local universities
- Post-doctoral positions
- PhD positions
- Student internships
Open positions
- Post-doctoral position in spintronics on magnetic skyrmions at Spintec [August 01st, 2019]
Spintec invites application for postdoctoral positions in spintronics on magnetic skyrmions. Magnetic skyrmions are nm scale topological spin texture that hold great promise for storing and manipulating the information at the nanoscale. Spintec has recently ... - [Filled] Senior research scientist in spintronic devices [May 02nd, 2019]
In view of a forthcoming opening of a CEA researcher position at SPINTEC, in order to reinforce the spintronic devices group (memories, sensors, RF oscillators, magnetic logic) of the lab, we are seeking a high-level ... - [POSITION FILLED] PhD topic – Spintronics with epitaxial 2D materials and topological insulators [April 30th, 2019]
Transition metal dichalcogenides (MoS2, WSe2, etc.) and topological insulators (Bi2Se3, Bi2Te3) are graphene siblings holding great promise for semiconductor spintronics. They possess an intense spin-orbit interaction that couples the electron momentum and spin. This coupling ... - PhD topic – Spintronics on magnetic skyrmions at Spintec [March 25th, 2019]
Spintec invites application for a phd thesis position in spintronics on magnetic skyrmions. Magnetic skyrmions are nm scale topological spin texture that hold great promise for storing and manipulating the information at the nanoscale. Spintec ... - [POSITION FILLED] PhD position – Exploring the scalability of spintronics for 3D devices [March 17th, 2019]
Topic Classical microelectronics is reaching its limits of downward scalability, reaching technological or scientific bottlenecks. Magnetic random access memories, based on magnetic tunnel junctions storing and reading bits of information, are emerging key ICT components. They ...