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structural technologies, this PhD position offers a unique opportunity. Join MET2ADAPT to engage with some of the most challenging and high-impact questions surrounding next-generation wind and wave energy
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complementary aspects of how electric fields and electrode-associated niches influence the structure, function, and stability of methanogenic microbial communities in bioelectrochemical reactors. Together
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virtual screening, generative machine learning (ML) models, and automated reaction exploration to gain insights into complex chemical systems. This is an opportunity to work at the forefront
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scientific disciplines and applications. The Biomaterial Microsystems group is a highly ambitious group, pursuing research on microfabrication of polymer and carbon structures and devices for biomedical
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, especially in the rapidly advancing fields of meta-materials, renewable energy systems, and intelligent structural technologies, this PhD position offers a unique opportunity. Join MET2ADAPT to engage with
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position within the area of ab initio many-body theory with applications to excitons in complex 2D van der Waals materials. The position is funded via a EuroTech Alliance Stipend and involves collaborations
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. The project will generate new knowledge about how human-robot collaboration evolves in complex healthcare environments and about the organisational, infrastructural, and professional conditions that enable
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complex materials simulations. These agents will assist with setting up, executing, and optimizing electronic structure workflows, from standard ground-state Density Functional Theory (DFT) calculations
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the shift from the robust architecture of radio-TV transmitters and receivers to the far more complex and fragile structure of ‘over-the-top’ (IP-based) media delivery. The project will model optimal
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include manipulating the catalyst or applying external factors. Despite this, there is a lack of understanding of the complex phenomena happening at the electrochemical interface under a magnetic field. To