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system at Global Modeling and Data Assimilation Office (GMAO) has been supporting NASA research and Earth Science missions. Among the millions of observations assimilated at each analysis cycle in the GEOS
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and modelers to use the optical constants in the analysis of observational data from, e.g., Hubble, Spitzer, JWST. Candidates are expected to be proficient doing data reduction and analysis using Python
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Orbitography Radiopositioning Integrated by Satellite (DORIS) by, (1) investigating the use of global numerical weather models, regional weather models, results of InSAR data analysis, water vapor radiometers
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addition to their essential role in scientific research, numerical simulations are now integral to mission forecasting and survey formulation, and to the eventual analysis of observational data. We have several opportunities
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for the analysis of the ETHEMIS data to analysis future observations at Europa, and to understand detection limits. In particular, quantifying the radiative effect of surface roughness and adjacent units along
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data that the post-doc would analyze. Data analysis projects would be used to examine and compare data sets to search for trends and differences spatially and temporally. Examples of recent work
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other galaxies, and studies of circumgalactic dust using ultraviolet and infrared data. The use of X-rays to characterize hot outflows and the hot circumgalactic medium is especially important, and this
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are therefore extremely resource intensive. The aim of this project is to use advanced Artificial Intelligence (AI) techniques, trained on outputs from already developed MHD simulations, to emulate
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will learn and participate in the collection, analysis, and interpretation of experimental data relevant to tissue repair, immune modulation, and functional recovery after injury. This project connects
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climate. Observational work would include data from GRACE, SMAP, GPM or in-situ stations. Model diagnosis and analysis can include CLM, VIC, CLSM, and LIS frameworks including GLDAS and NLDAS. Model