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. Project description CENSEMAT investigates crystalline energy materials in which non-random local deviations from the average structure play a decisive role. The postdoc will develop atomistic models
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) to study atomic structures of optically excited small unit cell crystals. The project involves measurements, data reduction and structure refinement of large serial femtosecond X-ray (SFX
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Postdoc in first-principles modelling and machine-learned force fields for correlated disorder in...
non-random local deviations from the average structure play a decisive role. The postdoc will develop atomistic models that connect local chemical environments and correlated disorder to
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encountered in organic molecules, inorganic materials, and hybrid organic-inorganic compounds. While its primary focus is on high-throughput structure determination of micro-crystals, the beamline has been
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will become part of a research team that investigates the structure and chemical properties of heterogeneous catalysts. In the project, you will apply near-ambient pressure X-ray Photoelectron
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compounds. While its primary focus is on high-throughput structure determination of micro-crystals, the beamline has been designed to also support a range of advanced crystallographic experiments. As
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project involves measurements, data reduction and structure refinement of large serial femtosecond X-ray (SFX) crystallography data sets measured on photoactive materials such as photocatalysts
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is the relatively high temperature required to run the catalytic N2O decomposition process efficiently. As a postdoc, you will become part of a research team that investigates the structure and
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impact on biodiversity & ecosystem structure under rising biosphere novelty. The work will integrate ecological, demographic, environmental and remote-sensing information to develop scenario-based
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, Ideal Structure and KMS States, Probability Theory and Analysis. The list may be updated with new areas up until the deadline for application. As a successful candidate you are expected to: shine in