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understood. Especially for soluble ligands that are not expressed on cells, it is unknown what receptor: ligand dynamics lead to optimal receptor activation. In this project, funded by the ZonMW Open
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optimize renewable energy integration. These solutions contribute to climate change mitigation by reducing emissions and to adaptation by strengthening energy system resilience against growing climate
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predictive data-driven models describing the catalytic activity and stereoinduction capabilities of ligand mixtures, allowing for their efficient experimental optimization. The goal of this project is to: 1
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mixtures, allowing for their efficient experimental optimization. The goal of this project is to: 1) develop dedicated representations for catalyst mixtures; 2) apply the developed representations
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connect with consumers in the digital age. Your research will focus on how companies design and optimize marketing communications across different platforms, particularly through images and videos. You will
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PhD candidate and contribute to research on how brands connect with consumers in the digital age. Your research will focus on how companies design and optimize marketing communications across different
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, optimize resource utilization, and enhance patient outcomes. Addressing these challenges requires the development and evaluation of strategies such as integrated care or personalised medicine that account
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for 2-3 PhD students interested in using real-world data to inform the pricing, reimbursement, and optimal use of healthcare technologies. This unique opportunity allows for cutting-edge research in
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for the optimal control and simulation of multiphysics systems arising in Nonlinear Acoustics. The goal is to advance our rigorous understanding and computational treatment of nonlinear differential equations
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on these themes is possible. The envisaged research is subdivided into four phases. The first phase investigates the 2050 scenario: what type of governance framework is necessary in a socially optimal North Sea