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inheritance. Using an open-ended model, we will explore molecular structures of life as we know it (DNA), as well as other potential polymerisation rules. These models will also help interpret and guide
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management to save many endangered species from extinction. This project will conduct state-of-the-art multidimensional projection modelling to project the impact of climate change and age structure
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to develop intensified processes for CO2 conversion into sustainable synthetic fuels via cobalt-catalysed Fischer-Tropsch Synthesis (FTS), based on advanced catalysis and reactor engineering concepts
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focus on understanding the emergence of protocells—primitive compartments thought to have exhibited essential features of modern cells. These structures likely played a critical role in the transition
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, which is part of the Faculty of Science and Engineering (FSE) at the University of Groningen. The University of Groningen, established in 1614, is one of the oldest and largest research universities in
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vision on the structure of the PhD and will have the freedom to reshape the research projects within the general boundaries of the subject of spatial and foraging ecology and habitat use of Black-tailed
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form. These single-handed chiral (from Greek ?e?? (kheir), “hand”) structures are considered crucial for the evolution of life on the earth; a phenomenon called homochirality. The presence of exclusive