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Field
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fractures can play a key role on production performance. One of the persisting challenges is to create complex 3D fracture networks and solve multiphase flow efficiently. None of the existing tools can
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application programming interfaces (APIs), through rigorous simulations and proof-of-concept (PoC) trials. This position is ideal for a researcher with a passion for solving complex problems at the intersection
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plants, will investigate the cellular architecture of the endoplasmic reticulum (ER)–nuclear envelope interface, and how heat stress reshapes nuclear envelope mechanics and nuclear pore complex
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complexes (OCCs). This will be achieved through micro-scale analyses (this vaccancy) of drill-core samples collected from the Atlantis Massif OCC during IODP Expedition 399 (Lang et al. 2025; https://doi.org
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dysfunction and its impact on neuronal networks, building on the complementary expertise of a team with a strong publication record in reputable journals and proven experience in identifying nervous system
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established and emerging methodologies to advance the research agenda. Conduct and Analyze Research: Collect, manage, and rigorously analyze complex datasets; interpret results; critically evaluate existing
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and progress, be rewarded and recognised, and benefit from our strong commitment to your wellbeing. There are so many reasons to join us. The Opportunity: Conduct original research on neuronal networks
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multiscale representations. Implement and run multiphysics simulations (e.g., vibroacoustics/wave propagation in complex media; soil–plant coupling where relevant), including parameter studies and sensitivity
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fluid dynamics and brain waste clearance integrate electrophysiological sleep measures with neuroimaging and computational modelling design and oversee complex multimodal human research studies and sleep
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Job Summary Brain cancers are one of our greatest challenges in cancer research, due to the immense complexity of their tumor microenvironments. While immunotherapies have shown great promise in