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theoretical electronic structure and magnetism Experienced in handling ab initio electronic structure methods (DFT and beyond) and spin dynamics codes Excellent programming skills (e.g., Python, C++ or Fortran
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be purposeful, structured and able to work effectively both individually and in a group. Instructions for application Your application should contain A letter describing yourself, your goals and why
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. storage and loss modulus, to the structure and dynamics on atomic length scales. Specifically, rheological experiments will be combined with event mode neutron scattering data. The task is to validate and
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. Experience with organic synthesis, liquid electrolytes, structural characterization techniques and electrochemistry is essential. The assessment of applications is based primarily on the applicant's ability
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results to support this work. This can include drift-diffusion models of electron and ion movement in device structures, which resemble those investigated with photoelectron spectroscopy, as well as other
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of wood biomass (D4mass)” financed by Formas, which deals with the chemical delignification process, with a focus on advanced structural characterization and mass transport analysis. We aim to develop a
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. storage and loss modulus, to the structure and dynamics on atomic length scales. Specifically, rheological experiments will be combined with event mode neutron scattering data. The task is to validate and
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requirement. Additional qualifications As a person, you are creative, thorough and have a structured approach. When selecting among the applicants we will assess their ability to independently drive their work