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collaboration. FTMC provides a strong scientific base, international research networks, and the flexibility for doctoral students to develop independent, high-impact research. Topic: Analysis of microplastic
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biofouling. One promising yet insufficiently explored approach to address this challenge is the use of biofouling-resistant anodes, such as nanoporous metal electrodes or electrodes modified with semi
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cells, electrolysers, and batteries are particularly attractive due to their energy efficiency, selectivity and scalability. Various metal ion batteries are currently attracting a lot of research interest
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, https://orcid.org/0000-0003-3224-2103 , putinas.kalinauskas@ftmc.lt Topic Description: The development of efficient and stable photocatalysts composed of earth-abundant elements is a central challenge for
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sample preparation, handling, and quantitative analysis using validated laboratory methods. Experience in projects related to bathing water or water quality monitoring, assessment, and improvement
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translational microbiome research AI and machine learning approaches for integrative multi-omics analysis and systems modeling Translation of microbiome discoveries into clinically actionable biomarkers and
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, RAG, and AI agents. Design experimental setups, perform data analysis (multimodal datasets), and create intelligent systems frameworks. Contribute to the creation of innovative AI solutions in
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. Demonstrate and guide the use of GenAI tools in real-world scenarios, including productivity, decision support, content generation, data analysis, and workflow automation. Support the development of short