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, reaction mechanism investigation, and optimization of catalytic performance at both the material and device levels. The PhD student is also expected to contribute to the development of new research
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micromachining, selective metallisation and new photosensitive materials, without high-temperature sintering and with minimal material waste. The work is experimental, carried out in our own laboratories together
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new photosensitive materials, without high-temperature sintering and with minimal material waste. The work is experimental, carried out in our own laboratories together with European industry
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focused on research and development of materials and their applications within the energy storage area: the Ångström Advanced Battery Centre. We develop novel electrode and electrolyte materials
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Laboratory has for many years hosted a research environment focused on the development of materials and their applications within the energy storage area: the Ångström Advanced Battery Centre. We develop novel
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this knowledge in areas such as energy and materials research. The successful candidate will join a research group with a strong international profile and active collaborations at leading research facilities
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destroy the compounds, generating concentrated waste that requires further treatment. This project develops a novel, circular in situ remediation approach by combining lignin-derived biocarbon with PFAS
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For Me, a Centre of Excellence focused on fast-growing broadleaved trees for sustainable forests, materials and energy. The doctoral student will join a multidisciplinary forest research environment and
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Research Centre in Alnarp and is part of Trees For Me, a Centre of Excellence focused on fast-growing broadleaved trees for sustainable forests, materials and energy. The doctoral student will join a
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demands for food, animal feed and bio-based raw materials in a changing world. Our research addresses challenges associated with climate change, environmental impacts, biodiversity and the sustainable