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of the following areas: Optics and microscopy, including experimental setup design and assay development Data analysis and programming, preferably using MATLAB or Python Experience in microfluidics and
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project focuses on innovative cooling solutions for high-power data centers and high-performance electronic systems.As current server and data center infrastructures primarily rely on air-based cooling
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degree in Sociology, Science and Technology Studies, or a related discipline, or you a master degree in Human-Computer Interaction or Interaction Design following a bachelor degree in one of the before
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energy systems. The PhD project focuses on innovative cooling solutions for high-power data centers and high-performance electronic systems.As current server and data center infrastructures primarily rely
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, precise, and radiation-tolerant beam position and intensity detectors and their associated readout electronics. In this context, HEPHY is offering positions as PhD Student (F*M*D) on detector development
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enhanced electrochemical sensing, field-responsive coatings, and energy-harvesting architectures. The candidate will use advanced fabrication, microscopy, and spectroscopy techniques, and work within an
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enhanced electrochemical sensing, field-responsive coatings, and energy-harvesting architectures. The candidate will use advanced fabrication, microscopy, and spectroscopy techniques, and work within an
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Enzyme production and purification in a yeast expression system Biochemical characterization (protein analysis and kinetic measurements) Fluorescence microscopy and electrochemical detection methods Small
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Familiarity with optical spectroscopy or microscopy techniques is beneficial Strong communication, presentation, and teamwork skills Fluent in English (German appreciated) Motivated, collaborative, and able
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Familiarity with optical spectroscopy or microscopy techniques is beneficial Strong communication, presentation, and teamwork skills Fluent in English (German appreciated) Motivated, collaborative, and able