15 quantum-computer-"https:"-"https:"-"https:"-"CEA-Saclay" positions at European Magnetism Association EMA
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Multiple PhD positions in magnetism and spintronics are available within the Quantum Grenoble Doctoral Programme (3 different funding schemes). The call is open from 26 January till 16 March 2026
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, statistical physics and quantum solid state physics is absolutely essential. Good computer skills are a plus. For further information see our group web page www.neutron.ethz.ch/. Applications should contain a
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Description of the offer : The position has a duration of three years and will be part of the Center of Quantum Spintronics at the Department of Physics, NTNU in Trondheim, Norway. The candidate
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The Modelling & Theory Group (GMT) at SPEC is seeking a permanent researcher in the area of condensed matter theory, with a focus on numerical methods in nano- to mesoscopic quantum physics. Job
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topological stability, nanoscale size and fast nonlinear dynamics, making them promising building blocks for spintronic neurons, synapses and reservoir-computing elements. This project will systematically scan
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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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for this position. Research interests of the current faculty are predominantly in experimental and theoretical/computational condensed matter physics, including: semiconductor materials and optoelectronic devices
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Description of the offer : This post is funded by a new Leverhulme Trust grant on spin dynamics at the 2D limit in collaboration with Prof. John Morton’s quantum spin dynamics group at UCL
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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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quantum mechanical calculations with continuum micromagnetic theory to bridge atomic and macroscopic length scales. Developing a predictive, fundamental theory linking stress to measurable magnetic signals