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to increasing CO2 and climatic change is a large uncertainty for ecosystems, crop productivity and climate predictions. To tackle this uncertainty, we combine: growth chamber experiments, samples from world
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will respond to increasing CO2 and climatic change is a large uncertainty for ecosystems, crop productivity and climate predictions. To tackle this uncertainty, we combine: growth chamber experiments
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spectroscopy (Project 2). The positions are expected to start August 1, 2025, or according to agreement. Application deadline is June 1, 2025. Description of the project How plants respond to increasing CO2 and
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postdoctoral researcher to join our cutting-edge project aimed at developing crystallisable polymer nanofibers for photocatalytic water splitting and CO2 reduction. This recruitment is connected
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technology, e.g., for organic synthesis, therapeutic photosensitizers, wastewater treatment, CO2 fixation, and sustainable solar fuel production. Spatial confinement of molecules in cavities and pores
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Motor sailing ships are key to meeting IMO’s greenhouse gas emission reduction targets. By integrating sails, ships can reduce engine power usage, fuel consumption, and emissions - when combined with CO2
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, as well as for energy conversion applications such as water splitting and CO2 reduction. Collaborating with other team members in academia and industry and contributing to research publications and
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of carbon sequestration to wood limits our ability of predict the capacity of trees to assimilate CO2 and optimise the production of sustainable wood derived materials and fuels. CarbonTree will adress
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and methodology for data synthesis, sparse representation learning, deep learning, fairness in generative models, as well as projects related to image capture, and image analysis The employment
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samples to identify antibiotic resistance genes, isolate resistant bacteria, and perform metagenomic analyses Capturing, sequencing, and analyzing mobile genetic elements conferring antibiotic resistance