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Hydrogen is expected to play a key role in the energy and fuel mix of future sustainable transport systems. However, due to its small and light molecular structure, hydrogen exhibits significantly
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energy use and minimizing environmental impact. This collaborative effort brings together expertise in materials science, physics, polymer chemistry, and composite mechanics, with a particular emphasis on
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organic semiconductors, polymer blends, and composites. Our research advances new plastic materials for wearable electronics and energy technologies. Collaborations with other universities, research
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both basic and applied sciences, contributing to design support, regulatory advancements, and operational models for ships. Safety and energy efficiency in shipping are central to the division's
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of newly constructed schools and offices, highlighting the limited effects of increased ventilation. We have proposed practical, energy-efficient ventilation strategies. This project builds
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recovery from alternative biomasses. In nutrition, we focus on human observational and intervention studies as well as cell- based model studies and apply advanced data-driven approaches and state of the art
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sustainable energy applications, including organic solar cells, thermoelectric devices, and power cables. Collaborations with other universities, research institutes, and industry partners are central to our
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areas of resilience, particularly in domains such as energy and health. Develop and implement integrated models and macro-micro analyses to understanding complex system dynamics and interactions
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throughout the value chain and to utilise alternative sources for production of nutrient. In nutrition, we focus on human observational and intervention studies as well as cell-based model studies. By applying
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microbial cell factories, with additional opportunities to explore human disease mechanisms, as the methodologies created often have versatile applications. About the Division and Department Our research