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magnetic orders, which can generate magnetoelectricity, improper ferroelectricity induced by spin ordering, multiferroicity, or high magnetic anisotropy, are promising for next-generation multifunctional
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Anisotropy (PSA) MRAM, made independently by two groups, Tohoku in Japan, and SPINTEC in France. The proof-of-concept of R/W operation was made down to 5 nm electrical diameter (Fig.1). However, a bottleneck
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the optimal reading of magnetic information via non-linear effects. The project also foresees the integration of optimal working materials into functional nanodevices. The research to be performed will require
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demonstrated magnetization reversal via such spin currents [3–5], the underlying mechanisms—including ultrafast demagnetization, spin-dependent transport, spin transfer torque (STT), and heat dissipation—remain
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Description of the offer : This 48-month PhD project is part of the Gen-Q doctoral programme (Eucor – The European Campus), embedded in an international, interdisciplinary research environment
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on groundbreaking work at IJL [1] and Tohoku University [2,3], you will explore: -Antiferromagnetic materials (e.g., Mn₃Sn) for ultrafast memory and computing applications. -Size-dependent effects in ferro-, ferri
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through PHYNEST, a Horizon Europe MSCA COFUND doctoral programme coordinated by the Universitat Autònoma de Barcelona (UAB). Deadline for applications: 28 February 2026 More information & application link
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spintronics. The position is embedded in a growing, internationally connected research program led by Prof. Dr. Benjamin Jungfleisch and focuses on nanomagnetism, spin-wave physics, spintronics and functional
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semiconductors, topological, and twisted 2D materials, the study of dynamic processes in solids (e.g. charge, spin, heat, or mass transport), quantum-defect sensing (for sensing electric, magnetic, strain
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characterization, and performance measurement of devices. The candidate should have experience in one or more of the following areas: * Development of novel magnetic materials or innovative concepts for spintronic