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Field
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Approximate Curvature) are employed. - **Extensions:** Zero-order optimization and natural gradient methods are explored to address computational issues and implicit bias in optimization algorithms
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main tasks: Task 1.1 – Fabrication of a robust TFEA Microfabrication of TFEA prototypes using photosensitive polyimide to ensure high mechanical strength. Optimization of electrode geometry, stiffness
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Statistics: Understanding of behavioral data analysis to optimize data collection and result formatting. Online Research Platforms: Familiarity with digital experimentation environments and standards used in
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significant room for improvement in terms of efficiency and lifespan. This requires the development and optimization of core-process materials, especially electrocatalysts and polymer electrolytes. By relying
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and carrying out repairs technology of the vacuum components and performing them Performing performance analyzes in order to optimize them Assembling and testing vacuum chambers according to precise
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milli-/microfluidic reactive experiments relevant to the DLRI process. • Implement and optimize ZnO nanoparticle synthesis under controlled conditions. • Perform optical measurements (UV-Vis, PL) and
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, optimization, and movement analysis. LAMIH provides access to a fully equipped experimental platform, including wireless EMG systems, optoelectronic cameras, inertial sensors (IMU), and force plates. Experiments
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optimize pipelines for analysis of tumor NGS profiling and contribute to the development of a web platform designed to provide the scientific and industrial community with a tool for searching for
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-fuel need high fidelity computation tools to select the appropriate operating conditions and optimize the burner geometry. A major difficulty is related to the complexity of combustion chemistry