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hierarchical modeling strategies. The candidate will contribute to outcome definition, data curation and analysis, and model development, with opportunities to engage with advanced statistical methods such as
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for the highly-time resolved chemical data modelling as well as involved in the operation and maintenance of state-of-the art aerosol instrumentation (aerosol spectrometers, elemental monitors and aethalometer
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or mixed methods and those that are comparative in nature by using within-case, within-regional, cross-regional or inter-regional comparisons. Projects that bridge insights from various disciplines are also
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of micropollutants from water environments. These methods utilize photocatalytic degradation, advancing water purification technologies. Possible postdoctoral project focus: This project will focus on the development
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advanced experimental techniques, while offering the candidate flexibility to refine existing methods or introduce novel approaches as needed. This research will strengthen the host laboratory’s capabilities
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approaches to enhance existing experimental methods and better approximate real flow conditions in multiphase reactors. The Institute of Chemical Process Fundamentals of the CAS is a public research
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of chemicals for industrial applications. In addition, the group has developed methodologies for the removal of micropollutants from water environments. These methods utilize photocatalytic degradation
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Republic. We focus on the development and application of methods of analysis and modelling of real-world complex networked systems, with particular interest in the structure and dynamics of human brain function