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, microbiological, and nutraceutical approaches. The research will focus on understanding how nutraceuticals influence the interplay between aquaculture animals and their environment, aiming to improve robustness and
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monitoring of connectivity, diversity and adaptive potential”. This project aims to deploy landscape genomic methods evaluate the importance of green infrastructure for gene flow and connectivity. The project
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subjects. The position requires a PhD in quantitative disciplines, such as earth and earth or environmental sciences, atmospheric sciences, ecology, applied mathematics or physics, or related fields
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highly-ranked conferences and journals in the field. In this environment we are currently building up a new research focusing on the design of advanced Domain Specific Architectures (DSA) or accelerators
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on understanding how nutraceuticals influence the interplay between aquaculture animals and their environment, aiming to improve robustness and disease resistance under changing climate conditions. Key
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project Participate in teaching activities Qualifications You have a PhD degree in a field related to High Performance Computing or Computer Architecture. You are highly motivated, self-propelled, energetic
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-capacity wireless communication solutions. As part of a cross-disciplinary team, you will be expected to present your research results at project meetings, co-supervise PhD students, and contribute
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The fully funded 2-year Postdoc project "Modelling of thermomechanical behaviour of AM-built microstructures of superalloys based on data from large-scale neutron and synchrotron infrastructures
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of synthetic data created with generative models for the Swedish built environment with an aim of improving the efficiency and fairness of energy predictions and peak load management in heating systems
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Linköping University (LiU). This role also offers exciting opportunities to travel and engage with external collaborators. Research environment The Müller Research Group at the division of Applied Chemistry