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Your Job This PhD project investigates the application of 3D electron diffraction to the measurement of magnetic and structural properties of the classical antiferromagnetic material NiO studied
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electron microscopy, convergent electron beam diffraction, and geometrical phase analysis. These experiments will be conducted to understand the carrier dynamics in these mateials system with and
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: https://www.nist.gov/programs-projects/nanoscale-imaging-and-spectroscopy-ir-nir-vis-beyond-diffraction-limit ) and/or applying PTR on specific materials or nano systems with efforts balanced based
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beam electron diffraction, electron energy loss spectroscopy, and geometrical phase analysis Investigation of carrier generation and recombination processes and their interaction with shallow and deep
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focus on geochemistry, mineralogy and petrology. Our research facilities include modern laboratories such as electron microprobe, scanning electron microscopy, X-ray diffraction, laser ablation
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). Practical experience of experimental spectroscopy or diffraction techniques such as XAS, XRD, FTIR, and XPS, of molecular modeling (MD/MC, DFT), and familiarity with basic programming (Python, MATLAB
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-manual dexterous setup to reliably solve complex assembly tasks. The following works conducted at the lab will serve as a basis for the internship: https://cea-list.github.io/cotograspweb/ https://cea
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. Wavefront shaping combined with a measured fibre transmission matrix allows a diffraction-limited focus to be formed and scanned at the end of a bare fibre, giving microscope-grade resolution with a
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this topic, we will build a cryogenic imaging platform based on multimode-fibre holography . Wavefront shaping combined with a measured fibre transmission matrix allows a diffraction-limited focus to be
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synthesis Laboratory based characterisation including X-ray diffraction, magnetic susceptibility and heat capacity measurements Advanced characterisation at central facilities with a focus on neutron