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Open PostDoctoral position on Spin-Wave Spectroscopy by a Single Paramagnetic Center(August 20th, 2026)
Position: We are opening a postdoctoral research position to perform spin-wave spectroscopy on a home-built NV-center microscope. The scientific goal is to exploit the exquisite sensitivity of the instrument to map the spatio-temporal profile of otherwise hidden azimuthal modes. Our long-term objective is to develop a high-performance orbital-angular-momentum transducer between photons, magnons, and phonons, using […]
Read morePhD Defense – Control of the stochastic phase dynamics of spin-torque nano-oscillators for unconventional computing(July 29th, 2026)
On September 22th at 14:00, Abderrazak Hakam (SPINTEC) will defend his PhD thesis entitled : Control of the stochastic phase dynamics of spin-torque nano-oscillators for unconventional computing Place : salle 205, bâtiment A2, à l’entrée principale N°1 du CEA, 17 Av. des Martyrs, 38000 Grenoble video conference : https://visio.numerique.gouv.fr/hiq-nlrl-apc Call: (FR) +33 9 79 94 06 […]
Read moreOpening Postdoctoral Position: New Paradigms in Spintronic Fluctuations(July 23rd, 2026)
Position: The project FLUSPIN is opening a 12-month position (possible extensions) for a postdoctoral researcher to explore the integration of Kramers-type thermal activation theories—validated for equilibrium conditions in superparamagnetic systems—with a functional calculus approach. This approach extends the Fokker-Planck equation (FPE) to magnetization dynamics under colored noise, moving beyond the usual Markovian approximations. By incorporating […]
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Quantum spintronic devices with non-Hermitian topology(September 15th, 2026)
Quantum spintronic devices with non-Hermitian topology Multi-terminal quantum Hall devices with non-Hermitian topology are highly-sensitive cryogenics sensors with quantized properties robust against imperfections. In collaboration with RIKEN-CEMS & IFW Dresden, we have shown the record sensitivity of such quantum sensors built from magnetic topological insulators, operating at higher temperatures than devices solely based on the […]
Read moreDzyaloshinskii-Moriya interaction chirality reversal with ferromagnetic thickness(September 4th, 2026)
In Ta/FeCoB/TaOx, it was demonstrated that the Dzyaloshinskii-Moriya interaction (DMI) chirality can undergo modification solely in response to variations in the thickness of the ferromagnetic layer. This inversion of chirality is attributed to variations in orbital filling and interatomic distances at the interface, driven by the structural relaxations in the ultrathin regime. This method provides […]
Read moreHigh-temperature ferromagnetism in 2D(August 28th, 2026)
Van der Waals magnets are typically limited to low-temperature and multilayer form. Here, we first demonstrated room-temperature ferromagnetism in thicker Co-doped Fe₅GeTe₂ films, then achieved ferromagnetism up to ∼200 K in epitaxial monolayers, a breakthrough for two-dimensional spintronics. Two-dimensional (2D) van der Waals (vdW) magnets are highly sought after for their potential in spintronics. Their […]
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EVENTS
RECENT UPDATES
- Quantum spintronic devices with non-Hermitian topology 15 September 2026
- Dzyaloshinskii-Moriya interaction chirality reversal with ferromagnetic thickness 4 September 2026
- High-temperature ferromagnetism in 2D 28 August 2026
- Open PostDoctoral position on Spin-Wave Spectroscopy by a Single Paramagnetic Center 20 August 2026
- PhD Defense – Control of the stochastic phase dynamics of spin-torque nano-oscillators for unconventional computing 29 July 2026
