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research potential. Candidates will be considered with background in the areas of hyperbolic PDEs and optimization problems. Expertise in numerical simulations (with Matlab or Python) will be valued
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quantum information science. Specific topics of interest include dynamics in closed and open quantum systems, digital and analog quantum simulation with quantum computers or atomic-physics platforms, and
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are looking for a postdoctoral researcher to study planet formation during the protoplanetary disk phase. These investigations will entail hydrodynamic simulations and first-principles calculations of how
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questions and pertinent datasets, fitting and assessing models to the acquired data, performing simulations to test model assumptions, interpreting results, managing datasets and code workflows, communication
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construction of the next phase of the Project 8 experiment, with a focus on signal acquisition systems using resonant cavities for a large tritium detector; simulations and analysis of Project 8 detector signals
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understanding of mineral processing circuits, with experience in comminution, classification, leaching, and coarse particle flotation (HydroFloat). Familiarity with process modeling and simulation tools such as
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conductivity and explore links between water transport, nutrient acquisition, and plant productivity. Implement SimRoot modeling to simulate root growth dynamics and performance trade-offs under varying soil