178 high-performance-quantum-computing-"https:"-"https:"-"https:"-"https:" positions at University of Birmingham
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the underground infrastructure theme within the Quantum Technology Research Hub in Sensors, Imaging and Timing (www.quisit.org ). The successful candidate will focus on designing and conducting large scale
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a collaborative and high-performing function. Act as the University’s institutional lead for REF, overseeing all aspects of REF 2029 planning and submission, and serve as a key advisor to the Pro-Vice
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). Secondly, impurity seeding of plasma to improve performance will further degrade component erosion/redeposition issues. Thirdly, this is critically tied to very high temperature operations (>800 C and upto
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2D materials, searching for exotic quantum functionalities to form new sustainable electronics and new types of computing. Tuning nanostructures of these materials with extreme pressure will unlock
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the development of a high k Si3N4 that retains its mechanical performance is very desirable and the subject of current research around the world. The highest k value yet achieved in a laboratory is ~170 Wm-1K-1
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analytical electron microscopy in-house, together with a fractography analysis of the post-mortem specimens. Furthermore, steel irradiations will be performed using the high-energy proton beam generated by
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We are seeking motivated candidates for a 3.5-year PhD project in Quantum Magnetism in the School of Physics and Astronomy at the University of Birmingham. Quantum magnetism is a research field at
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University of Birmingham | Belfast International Airport, Northern Ireland | United Kingdom | 21 days ago
colleagues who display: a high level of intellectual aptitude. strong agility and a portfolio of skills that can adapt to meet changing circumstances. an innovative and creative mind-set; and both
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Job Description Position Details School of Computer Science, College of Engineering and Physical Sciences Location: University of Birmingham, Edgbaston, Birmingham UK Full time starting salary is
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not fully, but in a “good enough” way. I.e. capturing the emergence of some quantum properties reasonably well, while the computational cost increases only moderately. One direction is spin dynamics