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Field
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user facilities, as well as in-house high-pressure studies, to investigate the structural, transport, and magnetic properties of materials. Responsibilities include preparing competitive beam time
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scattering experiments of quasi 1D quantum magnets Job Requirements: Ph.D. in Physics or related field Knowledge of quantum many body physics and quantum phase transitions Expertise in quantum Monte Carlo and
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fields, such as quantum materials, battery materials, magnetic materials, structural materials, data science, organic materials, bio-related materials, and other advanced materials. * Assigned department
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and magnetic data to map subsurface structures 3. Basin modelling, with knowledge of sedimentary processes and tectonic evolution The project would contribute to mapping the thickness of sedimentary
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Fellow will be associated with the Croatian Science Foundation project “Multifunctional metallosurfactants: a simple way to nanomaterials and low-dimensional magnets”. Within the framework of this project
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Microstructural engineering of polycrystalline materials (e.g. grain size and texture control) Electrical characterization of ferroic materials under applied electric fields Magnetic and magnetoelectric
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entitled "Good Enough” Prediction Of Realistic Open Quantum System Dynamics For Magnetism, Transport And Chemical Reactions. The primary duties will be to perform theoretical research that uses techniques
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. BBRC is located at the Ciutadella Campus of the UPF (Barcelona) and it houses the most advanced platforms for AD research, including a state-of-the-art 3 Tesla magnetic resonance imaging (MRI) scanner, a
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wide range of solar and astronomical satellites and ground-based telescopes, with current activities focused on the observations of small-scale solar magnetic fields, the modelling of oscillatory
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with plasma-source, plasma-lens and/or dipole-magnet design and hardware. Experience with numerical simulation of plasma accelerators (particle-in-cell simulations) and/or particle tracking. Programming