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in pathogenic bacteria. Therefore, it is difficult to employ surveillance to preventively identify emerging risks. In the SEARCHER project, we are characterizing emergent resistance in the environment
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encouraging world-leading research in an environment where people develop and create new knowledge. We tackle significant challenges ranging from basic research to industrial applications. Our research projects
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of Space, Earth and Environment (SEE) . SEE is an international, outward-looking department in which research is driven by curiosity and challenges. We contribute to realising Chalmers' vision of a
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theoretical studies using both analytical and numerical tools, harness these interference effects to either (i) control the interaction between giant atoms, which function as qubits, and their surroundings
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courses. Links: WACQT , OpenSuperQPlus , QTL Our offer to you Chalmers offers a cultivating and inspiring working environment in the dynamic city of Gothenburg. Read more about working at Chalmers and our
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comprehensive environment for architecture and civil engineering, well-equipped to take on the common challenges of building a sustainable future. The Department hosts two centres for collaboration with
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of biorefinery and biomaterials development. Extensive collaborations with forest industry and WWSC strengthen the collaborative environment and facilitate access to extensive research infrastructure. Major
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qubits, and their surroundings, to create quantum-simulation protocols for large molecules, or (ii) control emission of light from and absorption of light in the giant atoms functioning as qubits
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, you will have the opportunity to interact with world-class researchers in a multidisciplinary environment. Major responsibilities Throughout the project, you will aim to design and develop highly
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environment. Major responsibilities Throughout the project, you will aim to design and develop highly efficient electrocatalysts for hydrogen fuel cells. You will synthesize electrocatalytic materials with high