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My research focuses on strongly interacting quantum systems at the interface between condensed matter physics and ultracold atomic gases. In particular, I am interested in the interplay between few
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). The project is part of the larger research initiative SKORA, led by the University of Iceland. SKORA is one of the few projects globally to examine the interaction between physical development, performance, and
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emerging non‑covalent interaction between Lewis acidic chalcogen‑containing molecules (S, Se, Te) and Lewis bases. Unlike traditional hydrogen bonding, chalcogen bonding arises from a unique combination of
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physiology, root biology or plant–environment interactions. • Experimental approaches to studying internal plant environments or spatially structured biological processes. • Imaging, sensor-based measurements
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on high-resolution cryo-electron microscopy to determine the structures of lipidic alpha-synuclein (αSyn) amyloid fibrils. The aggregation of αSyn as well as its interaction with lipid membranes play a key
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-gigawatt commercial arrays, interactions between turbines, their wakes, and the surrounding flow increasingly determine overall farm efficiency and turbine survivability. Understanding these array-scale
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‑stationary atmospheric conditions involving shear, veer, yaw misalignment, and wake interactions. High‑fidelity CFD methods (RANS/LES) can capture these effects but are too computationally expensive
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. Numerical models will be used to trace energetic particles from their sources in thunderclouds to aircraft and the relevant interaction with avionics. The main objective is to understand the failure risk of
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will work directly with Prof. Aurélie Perrier, specialist in computational photochemistry, and will interact closely with all members of the SIMULACTOR consortium. The quantum chemistry codes required
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its interactions with different midbrain regions. The successful candidate will use a variety of systems neuroscience techniques in rodent models to interrogate neural circuits underlying affective