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: Photoelectrochemistry; Micropollutant degradation; Advanced oxidation processes; Functional nanomaterials The research group focuses on catalysis engineering, which encompasses the development of advanced catalytic
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The research group focuses on catalysis engineering, which encompasses the development of advanced catalytic materials, the design and optimization of catalytic reactors, the study of reaction kinetics, and the
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Research Group focuses on fundamental transport phenomena in multiphase systems, combining advanced experiments, theoretical modelling, and numerical simulations. Its research aims to refine existing models
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The Multiphase Reactors Research Group focuses on fundamental transport phenomena in multiphase systems, combining advanced experiments, theoretical modelling, and numerical simulations. Its research aims
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methodologies with advanced characterization to understand structure–property relationships in organic materials. The group develops functional materials for applications in sensing, chiral recognition, and
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Department of Botany and Zoology, Faculty of Science, Masaryk University in Brno | Czech | 8 days ago
of Technology, utilize high-stability laser light and scattering analysis to reconstruct acoustic signals. Offered Conditions Selected candidates will receive a comprehensive guidance and training in various
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), whose advanced instrumentation and a 250 m tall tower, enables long-term and detailed monitoring of atmospheric aerosol composition. Possible postdoctoral project focus: The postdoctoral researcher will
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– presenting exciting opportunities for novel scientific insights. To address this challenge, we take an integrative approach that combines systems biology, advanced omics technologies. More about our work
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Department: Robert Vácha Research Group – Central European Institute of Technology Deadline: 30 Jun 2026 Start date: by negotiation Job type: full-time Job field: Science and research Come to
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specific neuronal types and develop new technologies allowing us to selectively target the unique receptor populations. To achieve this, we are using imaging and molecular techniques to measure receptor