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manufactured using 3D printing (SMART-S2H3D)" (project leader: Prof. Dr. Hab. Eng. Magdalena Rucka), in particular: * optimization of the geometry of conductive composite samples manufactured using 3D printing
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fluorescence microscopy 2. Experience in working with high-throughput screening 3. Knowledge in the field of optimization of molecular biochemical or cell-based assays will be an advantage of the candidate
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electrochemical sensors. The primary responsibilities will include the design and optimization of advanced nanostructures, the development of signal processing mechanisms, and the creation of diagnostic solutions
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Description KEY WORDS: Medicinal chemistry, “Hit to lead” – molecules optimization, Chemoinformatics, Bioinformatics, Data analysis, Machine learning, Artificial intelligence Recruitment to Laboratory
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to determine the optimal configurations of these nanocomposites in immunosensors to achieve the highest precision and efficiency. The hypotheses driving this project assume that MXene nanocomposites will
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information processing, quantum algorithms, higher-order quantum computing, symmetries and representation theory. Key responsibilities include: 1. Actively conducting scientific research. 2. Presentation and
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secure information transfer and collection essential. However, communication networks are vulnerable to attacks, and cryptographic codes can become breakable with advances in computer algorithms. Quantum
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Infrastructure? No Offer Description RECTOR of the Jagiellonian University announces a selection procedure for the position of an ASSISTANT PROFESSOR (Postdoc) at the Faculty of Physics, Astronomy and Applied
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of new pressure sensors operating at elevated temperatures, as well as finding and characterizing optimal, dual-function pressure/temperature sensors operating simultaneously in extreme conditions of both