38 data-"https:" "https:" "https:" "https:" "https:" "https:" "https:" "Newcastle University" positions at Free University of Berlin
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, both written and spoken For further information, please contact Silke Benndorf (03083864398). Applications should be sent by e-mail, together with significant documents, indicating the reference code, in
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module). Preferences: - comprehensive knowledge of North American cultural studies - strong research skills and knowledge of academic libraries and academic data bases - Willingness to get acquainted with
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independently conducting academic research projects • Ability to work effectively in a team For further information, please contact Prof. Dr. Florian Zemmin (islamwissenschaft@geschkult.fu-berlin.de
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for light-induced dynamical processes, THz pulse emission, ultrafast spectroscopy and theory for current-induced spin dynamics. The research tasks include the development of theoretical models and computer
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are to train highly skilled young mathematicians across the entire breadth of mathematics, to develop innovative application-oriented mathematics with a focus on data-driven modelling, simulation, and
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research focus on collecting new data through excavations and survey campaigns in Germany, South-Eastern and Eastern Europe, and neighbouring regions of Eurasia, and on the scientific evaluation
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macromolecular dynamics with machine learning, statistical mechanics, molecular simulations, and experimental data. The joint project “FAIME – Flexible and Efficient AI-driven Molecular Simulation Engine” is part
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supporting careful evaluation and organization of experimental data, preparation of figures/presentations for internal discussions and reports. Desirable: - Enrolled Bachelor or Master student in biochemistry
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of Avestan (at least of the Avestan alphabet) • good computer skills • Knowledge of Middle and New Persian is very welcome • Knowledge of transliteration • precise and reliable work and ability to work in a
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classical information. Your project within the Bolotin research group will be to develop a new class of 2D material heterostructures with on-demand tunable chirality. To accomplish this, you will develop a