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Field
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Experience in conducting complex laboratory experiments and test series, with experimental design and measurement data handling Good programming skills in Python Experience with hardware-related programming is
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responsibilities: creating online surveys, analysing survey data and reporting results contributing to the management of scientific project data and development of structured knowledge resources assisting with
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optoelectronic components. In addition to optical data transmission, our technologies are becoming increasingly important in sensor technology, analytics, quantum communication, and quantum information processing
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. On the frontend, we use Preact with TypeScript, along with an OpenGL renderer written in C++. On the backend, a server written in Python is used to handle tasks related to serving data, metadata, and authentication
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data are essential. This has also been appreciated with the nomination “technology of the year 2019” by the journal Nature Methods. Our research group employs state-of-the-art single cell sequencing
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Professor (W3 / W2 with Tenure Track to W3) for Materials and/or devices for Photonics and Quantum T
to: Friedrich Schiller University Jena Dean of the Faculty of Physics and Astronomy Max-Wien-Platz 1, 07743 Jena, Germany E-Mail: dekanat-paf@uni-jena.de For questions and information about the procedure, please
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these results with complementary techniques such as TEM or SEM Data Analysis and Interpretation: analyze experimental data using appropriate methods and software interpret the results in the context of refining
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economic assessment of potentials. In the BMFTR-funded research project “SynAgri-PV”, we continuously collect microclimatic data at a pilot plant near Paderborn (Büren). The blueberry harvest in an Agri-PV
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learn about state-of-the-art and emerging AI methods for clinical applications Your profile An excellent master's degree or a PhD in computer science, software engineering, data science, physics
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with interdisciplinary backgrounds. Be part of change Support the team to improve the accuracy of the FEM simulation model Post-processing the simulation results in Python Programming, data analysis and