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analytical techniques including electron back scatter diffraction (EBSD) to link the electrochemical performance of the electrode with the surface structure and chemistry. Materials of interest will include
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measurements at cryogenic temperatures Structural and microstructural characterization using diffraction and microscopy techniques Use of advanced research infrastructure, including synchrotron and neutron
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changes of photoreceptor proteins using time-resolved diffraction methods. A concrete goal will be to structurally characterize the structural effects of charge transfer (for example in cryptochrome and
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we actively work to ensure our community’s diversity and inclusiveness. This is why we warmly encourage qualified candidates from all backgrounds to join our community. Electronics Integration and
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to future nano-electronics and nano-spintronics applications, particularly, focus on topological materials, Dirac materials, 2D van der Waals materials, correlated systems, and high-Tc superconductors
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harmful microorganisms. You will actively work with the characterization of various materials using environmental electron microscopy, X-ray diffraction, AFM, and various spectroscopic methods such as NMR
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surface-emitting lasers with MHCG subwavelength diffraction grating mirrors): • Optimization by means of computer simulations of MHCG mirrors, • Finding the best strategies for efficient heat flow in
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deposition new types of ultra-thin magnetic films. The growth will be performed either by PLD or off-axis sputtering. structural characterizations including X-ray diffraction, reciprocal space mapping, AFM
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-state physics, optics, computational physics or PhD degree in materials engineering good knowledge of optics, experimental physics, electronics, solid-state physics, technology of semiconductor lasers
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using scanning electron microscopes (SEM) and related techniques such as electron backscatter diffraction (EBSD), transmission Kikuchi diffraction (TKD), and electron channeling contrast imaging