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exfoliation and transfer process, and top-down integrated device fabrication, design and instrumentation of experiments, metrology Strong motivation for science and scientific research Creativity, critical
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materials design and theoretical calculations. The project aims to achieve the following goals: Develop a low-temperature macro-preparation technology for hard carbon. Optimize the design of hard carbon
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conferences or scientific exchange programs) Have research experience either in: theoretical quantum optics or quantum information, or classical photonic integrated circuit design and/or characterization
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with improved energetic efficiency (e.g., arXiv:2408.06418); Optimization of thermodynamic protocols: designing thermal machines that exploit collective quantum phenomena to achieve higher energy
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science positions in project OPUS 29 entitled "The application of non-covalent and electrostatic interactions in the design of helical oligomers to disrupt bacterial cell membranes" financed by National
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Qualifications (optional but advantageous) 1. Experience with FPGA programming (Verilog/VHDL) for real-time data acquisition or signal processing; 2. Familiarity with PCB design and layout (PADS, Altium, KiCad
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=f9259847cda849b087ecf2d04… Requirements Research FieldPhysics » Chemical physicsEducation LevelPhD or equivalent Skills/Qualifications Key responsibilities: Design, develop, and optimize advanced battery systems with a focus
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these limitations by designing and characterizing novel polymeric formulations that enhance phage stability, ensuring their viability and efficacy across various applications. The project takes an interdisciplinary
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; Professional experience in designing, building and using electronic systems, preferably working on radio frequencies / radio technology; Skills in the field of work in a research laboratory; Knowledge of English
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the most promising molecules. In the second stage, we will focus on designing optimal two-qubit gates based on strong dipole interactions and the control of molecules with optical tweezers. Finally, the