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array geometries for improved OLED device performance. The tasks include design, fabrication and experimental characterisation of the OLED devices. The fabrication utilizes wide departmental
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, and materials science. You will have the opportunity to delve deeply into quantum computing and contribute to high-quality research with real-world impact. Join us in shaping the future! Your role and
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challenging research project? Are you keen to explore unconventional synthetic strategies (mechanochemistry), and develop + benchmark novel bio-based functional materials? We are now seeking a motivated postdoc
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outputs. The research methods will include experiment design, software implementation, running deep learning experiments on high-performance computing infrastructure, and evaluation using objective metrics
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outputs. The research methods will include experiment design, software implementation, running deep learning experiments on high-performance computing infrastructure, and evaluation using objective metrics
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materials for photonics devices? The high-performance optically active materials (OAMs) are desirable for many applications. However, the current OAMs still have some critical issues to be resolved
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such as breakwaters by using computational tools developed in our research group. These tools are based on discrete element method and they have bee validated against experimental data. You will start your
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? The high-performance optically active materials (OAMs) are desirable for many applications. However, the current OAMs still have some critical issues to be resolved for practical applications. This project
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high quality research and aim to publish in leading international journals. The position is associated with a low teaching load: teaching one course per year or equivalent contribution. In addition