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forest biomass. We specialize in bio‑based materials science and the surface chemistry of lignocellulosic materials, with emphasis on fundamental insights and interaction forces. Our research themes
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synthesizing thin film materials, characterizing their structure and electrochemical performance, and using this knowledge to engineer application-relevant devices? We are seeking for a curious, self-driven
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the simultaneous trapping of light and sound within the same high-Q cavity, and resulting in extremely high optomechanical interaction for the polaritons and mechanical modes in GHz range. The project
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, you will apply for the study right in doctoral studies at Aalto University School of Electrical Engineering. Thus, please see the student information and admission criteria at https://www.aalto.fi/en
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their field, participate in the administration of the Aalto University community, and engage in societal interaction and international cooperation within their field. Evaluation at the Associate
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to join a Research Council of Finland-funded project ( https://research.fi/en/results/funding/88763 ) focused on developing programmable protein-nucleic acid hybrid materials for RNA delivery. RNA
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materials, sustainability, and understanding how things work (or do not)? Are you interested in synthesizing thin film materials, characterizing their structure and electrochemical performance, and
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-quality academic teaching, keep up with developments in their field, participate in the administration of the Aalto University community, and engage in societal interaction and international cooperation
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researcher in the field of protein-nucleic acid hybrid materials We are seeking a doctoral researcher to join a Research Council of Finland-funded project ( https://research.fi/en/results/funding/88763
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methods for learning explicit, interpretable mechanistic ODEs, including their symbolic structure [3]. Lastly, recent work from the team includes nonparametric mixed-effect ODE models for population- and