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Employer
- Institute of Physical Chemistry, Polish Academy of Sciences
- University of Warsaw
- National Centre for Nuclear Research
- Poznan University of Technology
- University of Gdańsk, Intercollegiate Faculty of Biotechnology
- Wrocław University of Science and Technology
- Łukasiewicz Research Network - Krakow Institute of Technology
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Field
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investigate the structure and quantum control capabilities of the proposed strongly polar molecules. Next, we will develop an optimal method for encoding qubit states on the most promising molecules. In
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pharmaceutical ingredients via biocatalytic approach; optimization of the process conditions with emphasis on reduction in use of organic solvents; controlling the conditions of the process and its efficiency
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related to the project. Knowledge on advanced control systems and optimization Advanced programming skills in Python and/or Matlab/Simulink Previous experience in scientific research project participation
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is modelling and optimization using molecular dynamics and machine learning. The position is part of a team looking at these fascinating systems from their fundamental properties and making them in
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method and to optimize this method for realistic high-performance computer calculations. Subsequently, this newly implemented method will be used in combination with embedding techniques to describe
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optimal stimuli - To carry out appropriate measurements on mice and humans Specific Requirements PhD degree in chemical or physical sciences, optics, optical engineering obtained in the year of employment
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/B/ST5/02500, Controlling Reaction-Diffusion Mechanisms for Advanced Self-Assembled Architectures: Periodic Precipitation and Chemical Gardens Leader Dr hab. Jan Paczesny The project explores
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-resolution optical microscopy which enable a detailed analysis of these events, their sensitivity to biological and chemical interference, and will allow a rational optimization of specificity and affinity
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Science Center (NSC) Sonata18 project no 2022/47/D/ST4/03286 entitled “Induced reactivity of triazole derivatives: theoretical and laser control of reverse "click" reaction” (leader Dr Dariusz G
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-molecular-weight biologically active ligands – development and optimization of efficient encapsulation procedures. Synthesis of polymeric nanoparticles and construction of final therapeutic systems