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University provides an ideal setting for this research, offering a wealth of resources and expertise in engineering and digital technologies. The expected outcome of the project is the development of novel
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tools. Collaborate closely with an experimental enzymology PhD student to validate your models in the lab. This is an excellent opportunity to contribute to the future of enzyme engineering
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fundamental ideas and bringing them into applications Detailed knowledge of quantum mechanics and experience with quantum information theory Ideally first experiences with random unitaries and/or classical
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targeted: i) chiral symmetry breaking; ii) chiral amplification. What is the mechanism that creates symmetry breaking at the molecular level? How can a tiny chiral bias (i.e., preference for one handedness
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reward mechanisms that can incentivise participants to contribute to the training process. Entities should be fairly compensated based on their contributions, which requires developing methods to assess
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that the effects of quantum mechanics become noticeable, making it possible to gain full control over the molecules. These findings are being used in quantum technology applications and in advanced physics research
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alternative models where existing methods prove inadequate. This project is suitable for Engineering or Physics graduates with a strong background in fluid mechanics and heat transfer, preferably with
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din. En cookie er ikke et program som kan inneholde skadelige programmer eller virus. Hvordan nettsiden bruker cookies Cookies er nødvendig for å få nettsiden til å fungere. Cookies hjelper oss å få en
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conferences and journals; and participate in scientific meetings and other appropriate professional activities. The successful candidate will have strong electrical, computing, and/or mechanical engineering
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to candidates with degrees in Physics, Electrical Engineering, Mechanical Engineering, Optics and Photonics, or other closely related disciplines relevant to TISTEF research by the start of the appointment. A