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decarbonization of the industrial sector, technically efficient and cost-effective solutions integrating renewable energy sources, electrification of heat, and energy storage are deemed. We aim to design and
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developed collaboratively to resolve how temperature and light variation influence habitat-specific and whole-ecosystem carbon metabolism and productivity, biomass distributions from plankton to fish, and
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transport physics Expertise in low-temperature transport and high frequency measurements Experience with cleanroom processing of nanodevices Programming skills for electrical measurement scripts and data
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, the work will address if spatial and temporal variation in thermoregulatory performance in birds has a heritable basis, and if selection for heat- and cold-tolerance is already ongoing in nature. The work
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cutting edge photonics with cold atoms to create new quantum technology. By using inverse design to develop structures capable of guiding multiple wavelengths, you will fabricate a photonic platform that
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for energy and industrial applications. You will work experimentally with catalyst development, reactor testing, and process optimization with ASPEN. The research includes operating high-temperature systems
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position will both give deeper academic knowledge and network, and offer an opportunity to work close with industry. About us The postdoctoral project is a central part of FibRe (https://www.chalmers.se/en
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direct access to world-class nanofabrication facilities. About the research project In this project, you will combine cutting edge photonics with cold atoms to create new quantum technology. By using
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available via a shared digital platform. Hycogen 2 investigates how surplus heat from hydrogen production can be utilized efficiently. During electrolysis, approximately 30% of the energy is converted
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liquid films are omnipresent in nature, daily life, and industrial processes. External forces like temperature disparities destabilize these thin fluids leading to an increased risk of film rupture