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promise in understanding disease mechanisms and improving clinical decision-making. Recent studies suggest that generative models can uncover latent structures and improve classifier robustness across
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of developing a computational model to simulate hydro-sedimentary dynamics and morphology between restored patches to explore conditions favourable for restoration. Validated with data on vegetation cover and
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-packed arrangements such as face-centred cubic or hexagonal structures. Such morphologies limit the diversity of lattice symmetries and electronic couplings that can be realised in QD solids. This PhD
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The Bartlett lab is searching for two Research Associates/Assistants to join our team. The Bartlett Lab studies the developmental and evolutionary processes underpinning plant morphological
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behaviour. The experiments will feature use of surfaces with varying morphologies and wettabilities to understand the effect of change. The work will also have the possibility of undertaking complimentary CFD
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of Digital Twins being used to assess NBS. This project builds on the Newcastle University team’s decades of expertise in modelling the circulation of open oceans, shelf seas and estuaries. The Digital Twin
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will feature use of surfaces with varying morphologies and wettabilities to understand the effect of change. The work will also have the possibility of undertaking complimentary CFD studies to aid in
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, without revealing the details of the three-dimensional morphology or the stability: There are many ways to arrange atoms that give essentially the same 2D image. The project will employ electronic structure
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varying coolant chemistries, the study aims to understand the effects of deposited CRUD on surface morphology and thermal performance. The project employs a comprehensive approach integrating experimental
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., 2022). The traditional model of biofilm formation on a solid surface comprises five stages: initial (reversible) attachment; irreversible attachment; proliferation and microcolony formation; maturation