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multi-fidelity modelling, your research will advance and integrate three core elements: (i) physics-based multi-fidelity structural models enabling high-resolution analysis at fatigue-prone hot-spots
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members, the technician will primarily be responsible for assisting in the design, execution and analysis of assays that assess microbial growth, metabolism, and enzymatic activity. Additionally
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limited. These systems often suffer from low fault detection rates, generate false alarms that reduce energy production, or fail to identify faults sufficiently early to avoid costly repairs. Moreover
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cutting-edge physiological measurements, motion analysis and wearable technology to uncover how fatigue shapes mobility in daily life. This PhD project investigates how fatigue affects gait, balance and
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-content microscopy and AI/deep-learning-supported image analysis will be used to quantitatively assess neuronal morphology and maturation. Parameters will include dendrite length and branching, axon growth
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. Job description Wireless communication can make control systems cheaper and easier to deploy, but bandwidth and energy limitations, as well as vulnerability to cyber-attacks, restrict its use in
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. fluorescence microscopy, flow cytometry, image analysis or CRISPR/Cas9). Experience with mitochondrial biology, tumour–stromal interactions, extracellular vesicles, intercellular communication or therapy
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that looks plausible but violates physics and is therefore of limited use for grid planning. As a PhD candidate you will develop physics-informed, domain-constrained generative models for energy-system data
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international professional network between PhD-students, researchers and industry. Read more: https://wasp-sweden.org/graduate-school/ Project description The project focuses on the design and analysis of modes
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functional traits influence belowground microbial processes and carbon stocks remains limited. Soils store more carbon than the atmosphere and vegetation combined, so even small changes belowground can have