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on III-nitride devices and circuits for both high frequency and power applications. We will explore new concepts in III-nitride semiconductor material and device processing to optimize different important
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composition, local structure, and dynamics—knowledge essential for designing new materials with properties optimized for specific technologies. The main research tools will include advanced neutron spectroscopy
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—knowledge essential for designing new materials with properties optimized for specific technologies. The main research tools will include advanced neutron spectroscopy at facilities such as the ISIS Neutron
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also being carried out in collaboration with Volvo AB, Scania CV, and Wärtsilä, who are in need of effective ignition systems in their development and optimization of carbon-dioxide-free engines
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are in need of effective ignition systems in their development and optimization of carbon-dioxide-free engines. The various partners in the project provide great opportunities for you as a PhD student to
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device processing to optimize different important properties, such as high frequency operation, output power, linearity, and efficiency. The goal is to explore the limitations of III-nitride semiconductor
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maintaining systems and services, building scalable pipelines, optimizing performance, and ensuring high quality in both data and models. We are looking for individuals who are passionate about technology and
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, this project aims to establish new knowledge on how microbial proteins can be optimized and integrated into hybrid foods of the future. About us The Department of Life Sciences aims to bridge cutting-edge life
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the Climate Compatible Growth project, funded by the UKAID/FCDO. The ultimate goal of the effort is to deduce the potential for AI to aid in determining the most influential factors for (cost-) optimal
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. Strong machine learning fundamentals (probability, statistics, optimization) and strong interest in time-series modeling and physics-guided machine learning. Proficiency in Python and modern deep learning