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, interdisciplinary research that bridges computer science, engineering, environmental science, and social science is increasingly crucial. This emerging field offers fertile ground for pioneering research aimed
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Nanoscience” program. Subject Physics with specialization in semiconductor photonics Subject description The subject concerns experimental semiconductor physics and should be interpreted broadly in the field
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degree (PhD) At least 1 original publication in a peer-reviewed journal A background in the relevant methods Complete application package submitted through the AMBER portal (including CV and detailed
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and other educational activities on different levels and using a variety of teaching methods. An ability to supervise doctoral students to achieve a PhD. An ability to collaborate with wider society and
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through both passive and active methods. To create sustainable solutions from a holistic perspective—particularly in light of climate change—factors such as reuse and circularity are included, and
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after a doctoral degree (PhD) At least 1 original publication in a peer-reviewed journal A background in the relevant methods Complete application package submitted through the AMBER portal (including CV
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considered if they are deemed relevant to the project. Additional requirements: Experience in working with spectroscopy methods, particularly Raman (micro)spectroscopy Experience in spectral data analysis in
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to develop new methods to better understand and exploit laser-induced thermoacoustic streaming. To achieve this, we will study fundamental interactions and transport phenomena related to thermal fields and
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funding, independent research, participation in international collaborations, and the degree of progression since the dissertation. High competence in qualitative methods and ethnographic fieldwork is
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communities of life and environmental sciences, in particular the Soil Chemistry group (25%). Drive and develop methods/sample environments toward studies of heavy metals and sulfur in real systems. Key