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description SF6 is today the most important gas for high-voltage switchgear. Its global warming potential is 23‘500 times higher than that of CO2 and world-wide efforts are underway to develop and optimize
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. This research builds on recent work on optimization-based workspace adaptation in VR/MR and aims to advance interactive systems that dynamically adapt to user behavior, preferences, and intent to optimally
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the molecular to the scale of the systems. Our work combines process analysis and system modeling to design optimal new technologies and transition pathways simultaneously. To holistically evaluate
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, showcases and deep dives for SNAI offerings) to optimize and grow the partnership and membership base. Manage accounts, be the single point of contact and connector for the members and facilitate
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Perform experiments in PSI laboratories and at synchrotron radiation facilities, data processing and analysis Optimization and automation of reaction parameters, correlation of the structural data with
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of the systems. Our work combines process analysis and system modeling to design optimal new technologies and transition pathways simultaneously. To holistically evaluate the environmental impacts of processes and
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. This position is primarily linked to the EU Horizon Europe project titled ‘Renovation with automation and optimization of processes and products’ (RENOMIZE) (https://cordis.europa.eu/project/id/101192326 and
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concept is the use of plasma technology. Your tasks This PhD position will contribute to the SNSF-funded Ambizione project Plasma4Water . Your main task will be the design, fabrication and optimization
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part in the planning and optimization of new workflows. Close collaboration with other units of the ETH Zurich—particularly the Institutional Research team—will be essential for your success. Beyond your
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of Basel and collaborate with partners at Swiss TPH and FHNW, combining expertise in aerosol collection, immunological detection, and engineering. The successful candidate will: Lead the optimization, and