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. This random growth causes trees in nature to have self-similar, fractal-like properties. Underlying random growth also makes our backyard oak look remarkably similar to other structures in nature and systems
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feasible by enzyme catalysis. With this, we intend to build important molecules such as precursors for pharmaceuticals. A particular focus thereby lies on enzymes from natural product biosynthetic gene
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both between and within its cells, and random external influences. This random growth causes trees in nature to have self-similar, fractal-like properties. Underlying random growth also makes our
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focus thereby lies on enzymes from natural product biosynthetic gene clusters that catalyze unique chemical reactions, but are tremendously underexplored as sustainable biocatalysts in the chemical
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tree is influenced by random interactions both between and within its cells, and random external influences. This random growth causes trees in nature to have self-similar, fractal-like properties
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and currently not feasible by enzyme catalysis. With this, we intend to build important molecules such as precursors for pharmaceuticals. A particular focus thereby lies on enzymes from natural product
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, especially in heterogeneous formations such as the Rotliegend of The Netherlands, because reservoir models are used to investigate how geological heterogeneities impact production rates and production risks. A
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Organisation Job description Cognitive Architectures have been used extensively to study the nature and structure of human intelligence. They are also a source of inspiration to build novel AI
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, because reservoir models are used to investigate how geological heterogeneities impact production rates and production risks. A fundamental challenge is that current reservoir modelling workflows almost
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PhD in Cognitive Architecture for Touch-based applications (1.0 FTE) (V24.0117) « Back to the overview Job description Cognitive Architectures have been used extensively to study the nature and