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of lipids, formed by solar irradiation of a primordial oil layer that covered the ocean. This explorative work will include studies of chemical reactivity, molecular self-assembly and the physico-chemical
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. Good understanding of molecular reactivity, macromolecular chemistry and/or supramolecular chemistry are of added value. The outcomes of this research extend beyond unraveling the origins of life
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reactivity, molecular self-assembly and the physico-chemical behavior of plausible lipids (primarily fatty acids). The results of this research will also apply to an important contemporary issue: the
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are looking for a chemist with a background in physical organic chemistry. Good understanding of molecular reactivity, macromolecular chemistry and/or supramolecular chemistry are of added value. The outcomes
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the ocean. This explorative work will include studies of chemical reactivity, molecular self-assembly and the physico-chemical behavior of plausible lipids (primarily fatty acids). The results
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established inside protocells, in the presence of amphiphilic molecules. We are looking for a chemist with a background in physical organic chemistry. Good understanding of molecular reactivity, macromolecular
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leader in chemical robotics combined with artificial intelligence. In this context, it becomes possible to collect large datasets on properties of molecular systems. The core scientific challenge that will
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of molecular systems. The core scientific challenge that will be addressed within this case study is the stability of RNA strands in water. RNA is well-known to be unstable in aqueous solutions, which is why
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this context, it becomes possible to collect large datasets on properties of molecular systems. The core scientific challenge that will be addressed within this case study is the stability of RNA strands in