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for radionuclide transport and long-term safety assessments. The work will include: • Conducting laboratory experiments to characterize radionuclide interactions with engineered barrier materials and environmental
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characterization techniques. The successful candidate will work closely with other researchers and industrial stakeholders to contribute to the development of more sustainable flotation strategies for future mineral
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Perovskite oxides (magnetic oxides) to fabricate emerging interface properties. The position will focus on the electronic reconstruction of the interface, developing ways to characterize the topological
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based tissue imaging. The work also includes functional characterization of genetic variants identified in patient cohorts, as well as testing of immunomodulatory drugs that affect IL 12/IFN γ signalling
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to characterize the dynamic properties of soil and rock, providing essential input for model calibration and validation. The project addresses emerging challenges related to civil preparedness and protection
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are applied in real-world settings characterized by large-scale networks, stochastic demand, operational disruptions, and complex constraints. A central research question is how machine learning can be
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for terrestrial and freshwater systems, derive the first Characterization Factors for plastic impacts on biodiversity beyond the ocean, and translate biomedical evidence into responsible early-stage human health
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to characterize the dynamic properties of soil and rock, providing essential input for model calibration and validation. The project addresses emerging challenges related to civil preparedness and protection
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that are inherently uncertain. Uncertainty quantification (UQ) seeks to characterize and propagate this uncertainty but translating it into actionable risk measures remains computationally demanding and
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, including exploration and resource characterization, mineral processing and extraction, by-product utilization, recycling, metal production, and environmental aspects associated with sustainable and