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phenomenon Development of a technique applicable to other separation processes The anticipated benefits for the student include: Mastering two important theoretical methodologies (quantum mechanics and
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-class honours degree, a Masters degree or equivalent professional experience, then we want to hear from you. The current round of applications closes on 7th July. Apply now by sending the following
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the Advanced Steel Research Centre at WMG, the University of Warwick with the following entry requirements and expectations: A 1st or 2:1 undergraduate (BEng, BSc, MEng) and/or postgraduate masters
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tackling the above challenges with novel system designs and tailored AI/ML based methods. Candidate’s profile A First Class Bachelors degree and/or Masters degree in a relevant subject (computer
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) and/or postgraduate masters’ qualification (MSc). Funding and Eligibility Home Fee Status Fully funded for 3.5 years, full stipend and RTSG (£5k for travel and expenses) To apply To apply please
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will play an active role in advancing and evolving this technology to expand its capabilities, with a primary focus on developing ligands and tool compounds targeting therapeutically relevant proteins
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policy, and communication skills. Students will benefit from a new exciting "Microwave Trapped-Ion Quantum Computing" Master Class. Our new doctoral programme has been designed in collaboration with a
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Culture), Dr Ludivine Broch (Senior Lecturer in History), and Professor Pippa Catterall (Professor of History and Policy). At IWM by James Taylor (Principal Curator, Public History). The student will be
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be a chapter of a Masters dissertation, or an academic paper (accepted or for submission). If not available, candidates should upload an alternative form of academic writing, which could for example
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of good programming skills (ideally C/C++ and Python/MATLAB or similar), good communication skills, the ability to work independent and engagement with industrial partners. To apply please contact the main