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PhD Research Fellow in ML-assisted reservoir characterization/modelling for CO2 storage (ref 290702)
, preferably in seal/reservoir/overburden heterogeneities, static and dynamic reservoir modelling, and flow simulation. The candidate will work in a team of geologists, geophysicists, geochemists and staff with
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simulations of planet formation through N-body simulation, focussing on models of planetesimal and pebble accretion. Additionally, it requires the implementation of different disk models and formation
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discovered exoplanets and exoplanetary systems as compositional and dynamical guide. This includes conducting numerical simulations of planet formation through N-body simulation, focussing on models
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planet. This work will build upon our previous work and shall incorporate new disc models for N-body simulations of planet formation. The work is carried out in collaboration with the PhD fellow, who is
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and dynamic reservoir modelling, and flow simulation. The candidate will work in a team of geologists, geophysicists, geochemists and staff with strong machine learning and numerical modelling
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Habitability and linked to the “Galactic Recipe for Exo-Planets” (GREP) project funded by the Research Council of Norway. GREP’s objective is to take exoplanet and exoplanetary system formation modelling
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volcanic climate-model simulations. WP2: Past Volcanic Climate Shocks – 500s–600s and 900s–1200s (Leader: Kjetil Loftsgarden). Objectives: Investigate societal, economic, and climatic effects of major 6th
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. Key deliverables include developing ‘storylines’ for low-likelihood high-impact volcanic eruptions and performing volcanic climate-model simulations. WP2: Past Volcanic Climate Shocks – 500s–600s and
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relating to CCU. This may include studies of how varying expert communities portray the role of Carbon Capture and Usage in the climate transition, for instance through modelling. Third, studies of CCU
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learning with geoscience knowledge, preferably in seal/reservoir/overburden heterogeneities, static and dynamic reservoir modelling, and flow simulation. The candidate will work in a team of geologists