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Description of the offer : The post-doc will study various magnetic systems under extreme conditions of intense magnetic field and low temperature. In particular, he/she will carry out a series of measurements (magnetic diffraction, Larmor diffraction, magnetocaloric effect measurements, etc.)...
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Description of the offer : The University of Iceland seeks applicants for two postdoctoral researcher positions within the field of magnetic metamaterials. The positions are funded for up to two years by the Icelandic Research Fund. Magnetic metamaterials feature in various emerging technologies...
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Description of the offer : Single metal atoms deposited on solid supports are the ultimate natural limit for the realization of devices in many fields, such as magnetism, catalysis, etc. In magnetism, downsizing to the sub-nano dimension allows one to enhance the anisotropy of magnetic moments...
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Description of the offer : We will follow the birth, propagation and death of magnon excitations in ferro- and antiferromagnetic materials at THz frequencies and on nm length scales using fs optical and free electron lasers. The main goal is to move from the commonly investigated long-wavelength...
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Description of the offer : Project description: Electrons possess a magnetic property called 'spin' that can be Up or Down. Spin-polarized electrons or spins form the basis for spintronics that enabled ultrahigh-density magnetic memory storage and precision sensing, revolutionizing the...
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Description of the offer : The Department of Topological Quantum Chemistry at the Max Planck Institute for Chemical Physics of Solids (MPI CPfS), Dresden headed by Prof. Dr. Claudia Felser performs
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Research and Technology Alliance (BRTA) and is recognized by the Spanish Research Agency as a María de Maeztu Unit of Excellence. The Nanodevices group, co-led by Prof. Luis E. Hueso and Prof. Fèlix Casanova
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Description of the offer : The Department of Topological Quantum Chemistry at the Max Planck Institute for Chemical Physics of Solids (MPI CPfS) in Dresden, headed by Prof. Dr. Claudia Felser
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chemistry of the magnets and your part in the project will be to investigate our rare-earth free magnets using our state-of-the-art open-source micromagnetic model, MagTense, and to develop this model even
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technological relevance. Our experimental core technology is pulsed-laser spectroscopy between Terahertz and ultraviolet frequencies. In addition we apply atomic force microscopy, standard magnetic and dielectric