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behave in complex, uncertain environments. The research aims to uncover the computational principles underlying perception and action, and to translate these insights into innovative technologies
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or for handling high-dimensional quantum information. Whether exploring multiple-scattering photonic media or engineered nanophotonic structures, we strive to uncover the underlying principles that govern
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University of Technology and Erasmus University Rotterdam (in the Resilient Delta initiative). In this postdoc position, you will genuinely be a transdisciplinary researcher, simultaneously participating in
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to three orders of magnitude. Bridging this gap requires more accurate calculations and realistic models, and currently, there is no first-principles investigation of spin dynamics on surfaces. This project
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to use this insight to identify surfaces and operating conditions that minimize splashing and debris formation. You will start from a droplet-on-demand platform for millimeter-sized molten-tin droplets
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of the Congolese Republic from Belgian colonial rule. The engagement with perspectives and materials from this concrete colonial and decolonial context will provide the basis for critically interrogating prevailing
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peer-reviewed journals and presenting findings at national and international conferences. Sharing datasets, code and educational materials according to FAIR and Open Science principles. Contributing
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molecular magnets, lanthanide systems have recently gained greater attention due to their larger magnetic anisotropies (i.e. higher barriers to spin inversion). First-principles analysis of correlated
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molecular magnets, lanthanide systems have recently gained greater attention due to their larger magnetic anisotropies (i.e. higher barriers to spin inversion). First-principles analysis of correlated
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agents. Familiarity with responsible AI principles, including fairness, transparency, and data governance. Proven experience with supercomputing / HPC environments. Strong academic writing and