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Field
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development and evaluation of new forecasting models, for example to better predict construction costs or to increase understanding of broader patterns in how cities develop. The final focus of the thesis is
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for monitoring, modeling and forecasting hydrological elements such as precipitation, evapotranspiration, floods, wildfire, etc. The present PhD project will focus on developing an AI-based decision support system
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experiments, field assessments, and modelling approaches to investigate microbial nutrient limitations across diverse ecosystems and climates. By improving our understanding of these processes, this research
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electron beam extracted from the upgraded LCLC-II accelerator. Its main objective is to conclusively test models of sub-GeV thermal-relic dark matter over several orders of magnitude in mass range. Within
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optimization; Computational control of large-scale multi-agent systems; Incentive and mechanism design; Defining, measuring, and operationalizing fairness in control systems; Applications to energy systems
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based on advanced methods in statistical modelling, machine learning (including artificial neural networks) and geographic information analysis. You will be part of two dynamic research environments
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for survival. Therefore, this project aims to map the molecular mechanisms behind biofilm formation and develop new methods to study them. The research will use both model systems and bacteria relevant
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become dominant. Wind farms, especially those based on grid-forming technology, are expected to play a key role in stabilising the future system. However, their behaviour under severe transients is not yet
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markets and business models can be created, social impacts and how policy and regulations can be established for developing an effective adoption of bio-CO₂ utilization. The PhD student will work with the
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(CFD) of new solutions for capturing biogenic CO2 from point sources. The work will consist in creating simulations tools based on CFD to simulate details on CO2 capture by solvents in complex geometries