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ALL NEWS News archives


PhD position – Spin transfer torque magnetic field sensing

Topic PhD scholarship to work on a novel sensing approach exploring spin transfer torque (STT) for magnetic field sensing in perpendicular anisotropy magnetic tunnel junctions. The project aims at high-density low power consumption sensors, departing from and improving on conventional magnetoresistive sensors. Candidate with mandatory University Master degree with following profile: Physics, Engineering, Material Science […]

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Research Scientist position on ferroelectric spintronics

We are looking for candidates as Research Scientist to lead the ferroelectric spintronics activity within SPINTEC. The candidate will lead cutting-edge and innovative research activities in this field, and develop partnerships and collaborations at French and European level. IRIG and SPINTEC Located in the French Alps and surrounded by an exceptional natural environment, the international […]

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Seminar by Andy THOMAS – In-situ transport investigations in a (Lorentz-)TEM

On Wednesday June 19th 2024, we have the pleasure to welcome in SPINTEC Andy THOMAS of IFW Dresden. He will give us a seminar at 11:00 am entitled : In-situ transport investigations in a (Lorentz-)TEM Place : IRIG/SPINTEC, auditorium 445 CEA Building 10.05 (access to CEA requires an entry authorization. Request it before June 09th […]

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LATEST PUBLICATIONS Publications archives


THz emission: a tool for studying the spintronic properties of 2D materials

By using THz spintronic emission, we could study the spin-charge conversion mechanisms in 2D materials. High crystalline quality 2D materials are grown by molecular beam epitaxy on large area and CoFeB is deposited on top using soft UHV sputtering to obtain sharp interfaces. Such model system allows us to identify and quantify the spin-charge conversion […]

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A new altermagnetic material with remarkable properties for spintronics

Scientists from an international consortium have demonstrated experimentally and theoretically the altermagnetic character of the material Mn5Si3, proving the incomparable advantage of this type of zero-magnetization magnetic phase: the strong spintronic effects associated with it are based on non-relativistic physics. Real space: Magnetic and crystalline structure of Mn5Si3. Reciprocal space: shifts in the electronic bands […]

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More topology in quantum electronic circuits

In the framework of the French-German laboratory association between SPINTEC and the IFW Dresden (CNRS International Research Project « SPINMAT »), and in collaboration with the C2N institute and the university of Würzburg, a novel plateform was implemented to reveal the non-hermitian topology of scalable quantum electronic circuits. It opens some new perspectives to realize […]

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