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- Institute of Physical Chemistry, Polish Academy of Sciences
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materials. Create a new flame-retardant electrolyte for sodium-ion (Na-ion) batteries. The ultimate objective is to produce a high-performance hard carbon-based sodium-ion battery system, contributing
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knowledge of English, Scientific achievements documented by publications from the JCR list, Teamwork skills, High motivation for experimental work. It is expected that during the period of employment
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reported so far. To provide high selectivity, their surface had been coated with receptors of biological origin (biosensors) or synthetic receptors (chemosensors), including MIPs. They were employed in
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foreign languages (e.g. German, Russian, French or Yiddish) would be an asset. Experience of working with 19th century manuscript and printed sources Ability to work independently and as part of a team
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, present results (also during the conferences) and prepare draft scientific papers for academic journals in English; has excellent ability to work independently and in a high-performing team; has to comply
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Postdoctoral Researcher to join our group at ICTER IPC PAS The position inlclude work upon project entitled “Ultra-high-throughput multimodal single-microbe profiling to study microbiomes”, financed by the NCN
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on electrochemical performance and material stability. Conduct fundamental and applied battery testing experiments, including cell assembly, electrochemical characterization (e.g., cycling performance
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approach, combining high-throughput polymer synthesis, advanced biophysical characterization, and structural analysis. The Polish team at the Institute of Physical Chemistry PAS brings expertise in colloidal
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, measure and explore applications of high-dimensional entangled states of light, using tools based on integrated optics. You will join an experienced team, and build on the strong expertise of the research
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the freedom to conduct their research. This has resulted in the CTP's high standing in Poland, world-class publications (in Nature and Science), a large number of grants (approximately 30 projects), and