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technologies, advanced imaging, and innovations in materials science. The department is involved in the delivery of undergraduate physics and mathematics modules at all levels, as well as the PhD programme
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that can drive technological innovation and help address major global challenges. These include AI for Science, quantum technologies, advanced imaging, and materials-related research. The Department
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that can drive technological innovation and help address major global challenges. These include AI for Science, quantum technologies, advanced imaging, and materials-related research. The Department
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, THz Circuits, Photonic Integrated Circuits, SerDes, Memory Circuits and Computer Architecture High-voltage ICs, Gallium-Nitride (GaN) and Silicon-Carbide (SiC) driver ICs and monolithic GaN ICs Imagers
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, with focuses on precision oncology, stem cell and development, aging, neural and metabolism disorders and infectious diseases, biomedical imaging, data science, drug development, neuropsychiatry
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Description: Apply Position Description Main Responsibilities 1. Conduct Drug discovery and high throughput genomic imaging study. 2. Stablish high throughput (HTS) techniques, including automated seeding
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department aims to expand its research in practical applications that drive technological progress and tackle global challenges. such as quantum technologies, advanced imaging, and innovations in materials
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challenges, such as medical physics, quantum technologies, advanced imaging, and innovations in materials science, while strengthening its existing research areas. The department is involved in the delivery