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Description The polymer electrolyte fuel cell, converting hydrogen to electricity, is a key technology for the green transition for transport as well as stationary applications. The anion exchange membrane fuel
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Doctoral student in development of novel catalysts for hydrogen fuelled alkaline membrane fuel cells
The polymer electrolyte fuel cell, converting hydrogen to electricity, is a key technology for the green transition for transport as well as stationary applications. The anion exchange membrane fuel
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efficient fuel cells and fuel cell systems for the transport sector. Vehicles powered by fuel cells convert hydrogen completely emission-free except for the water produced. With more efficient fuel cells
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, multiplexed imaging tools to develop spatiotemporal protein-maps of human cells and tissues, under the umbrella of The Human Protein Atlas (HPA). The project focuses specifically on understanding dynamic
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for data-driven cell and molecular biology. To expand the team, we are now opening a position for a research engineer who will work on software development for AI-powered data management and lab automation
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functions in vitro. We work with induced pluripotent stem cells and their differentiation into vascular and neural cells in monolayer and organoid form. We develop new techniques for microfluidic systems
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student interested in biophysics and live-cell imaging to join the Advanced Optical Bio-Imaging Laboratory (http://www.testalab.org ) in Stockholm as a PhD student. The student will be part of
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, e.g., increase losses if not properly handled. The development of new electrochemical batteries, hydrogen storage and fuel cells, electrical vehicles (and their connection to the grid via Vehicle