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Field
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metabolic pathways can induce carbonate mineral precipitation in microorganisms; one such example is the enzymatic hydrolysis of urea, which ultimately produces ammonium and carbonate ions and creates
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, environmental sustainability, and circular economy, in close collaboration with academic and industrial partners. Area of Research: Sustainable mineral processing, with emphasis on phosphates beneficiation and
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: Degraded soils, Organic matter, organo-mineral amendment, microbial inoculation, plant covert, soil health and quality, soil health indictors, sustainable agriculture, field experiments monitoring. About
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are seeking a highly motivated postdoctoral researcher to contribute to a multidisciplinary project focused on designing sustainable strategies to meet the mineral resource demand of climate-neutral energy
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of the project MESSENGER: « Can rock-powered Microbial EcoSyStEms provide valuable iNsiGhts into early life and its emERgence? » funded by the PEPR ORIGINS (https://pepr-origins.fr/en/ ) and integration
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geochemistry of critical minerals and the environmental implications of critical mining extraction and utilization. Integrated with the Critical Minerals Hub at Duke University, the Vengosh Laboratory
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be negotiated based on the selected candidate's availability. Group or Departmental Website: https://we3lab.stanford.edu/ (link is external) How to Submit Application Materials: Please apply via
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Class Acad Prof and Admin Add to My Favorite Jobs Email this Job About the Job We invite applications for a postdoctoral researcher to support ongoing research on fungal processes and mineral dissolution
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the PhD Students to: - Perform the analytical determinations for the different models, including sample preparation, and analysis of various lipid compounds, mineral elements and stable isotopes
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to elucidate the pathways for human tooth enamel mineralization by 4D microscopy and microfluidics. We are looking for a motivated and imaginative materials chemist to drive the effort towards developing