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sustainable forest management under climate change. Tree structural traits, including crown shape, branching patterns, and competition effects, strongly determine individual tree vitality, stand dynamics, and
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seeks an ambitious, motivated, structured, and collaborative postdoc to join the nuclear fuel materials team to study the thermal stability and pellet-cladding mechanical and chemical interaction
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using an underlying network structure. Moreover, many systems exhibit a sensitive dependence on certain parameters, i.e. small changes to the latter can result in fundamental changes of the properties
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. Central to the research project is the study electronic structure and the dynamics occurring at extremely short time periods, down to the femtosecond time scale (10-15 s). In your research, you will be
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. Ability to lead your own subprojects while collaborating effectively within an interdisciplinary team. Analytical, structured, and solution-oriented mindset. Strong communication skills and an interest in
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next-generation therapeutic antibodies by tailoring glycan structures for improved stability, efficacy, and biological activity. A unique strength is integration with the COMMUNITY biobank at Karolinska
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marine organisms such as shells and mussels. Through this project, we hope to identify potential changes in the structure, growth and properties of the crystals and thus valuable insights into how plastic
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restricted to, the following: Planning of experiments, including construction of design of experiments’ matrix to investigate effect of various spray process variables and finalizing specimen geometries
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in the loop control - this could be a position for you. We are looking for an ambitious, collaborative, and structured person to join our team. You will lead research efforts in human-in-the-loop
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involve, but not be restricted to, the following: Planning of experiments, including construction of design of experiments’ matrices to investigate effect of various spray process variables and finalizing