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of model systems to test theoretical predictions. The project lies at the interface of quantum mechanics, mathematical physics, and electronic-structure theory, and will involve close interaction with
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at NIOO-KNAW), with genomic and epigenomic editing that identifies genes regulated by DNA methylation and tests the causal effects of candidate epialleles on gene expression (PhD project at UU). What you
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expected outcome is an experimentally tested framework for designing photonic information-processing systems that exploit phase-transition physics. Qualifications You have an MSc degree in physics, optics
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datasets and an evaluation framework covering statistical fidelity, temporal and spatial structure, physical plausibility and downstream task performance (e.g. train-synthetic-test-real forecasting). You
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, such that we can model systems consisting of a wide range of varying materials. These extensions will be employed and tested on actual measurement data as a benchmark. The project will involve mathematical
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patients through focus groups to define meaningful indicators of defensive states and to ensure clinical relevance throughout the project. You will test proof-of-principle freeze-targeted interventions and
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the models, isolate and experimentally test them, and investigate how they influence pathogen establishment and plant health. This will allow you to ask not only which microbes predict disease outcomes, but
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regularly at network-wide training schools, workshops and conferences. Through secondments you will spend time at partner organisations: at the University of Napoli Federico II, testing ideas
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analysis: Examine how economic incentives, institutional constraints, and policy instruments influence stakeholder behaviour and system efficiency. Model integration: Integrate behavioural responses
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states in high magnetic fields. Develop and test photodetectors and optoelectronic devices based on these materials. You will work in a collaborative and interdisciplinary environment, interacting with PhD