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has on the space-time geometry. The aim of the project is to explore the backreaction of quantum fields on black hole space-times. First, the stress-energy tensor for a chosen quantum field is computed
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tensor computed above. For this project, an excellent background in both general relativity and quantum field theory is required. Familiarity with quantum field theory in curved space-time is an advantage
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to the goals of the national Quantum technology programme. Funding Notes This project is for self funded students or students who have secured external funding only. References https://ldsd.sites.sheffield.ac.uk
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, such as quantum sensing, quantum cryptography and quantum computation, with experiment limitations implemented as mathematical constraints. The applicant should have a a mastery of linear algebra
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Quantum Field Theories via Holography, their Moduli Spaces, and Quantum Black Holes School of Mathematical and Physical Sciences PhD Research Project Directly Funded UK Students Dr Marco Fazzi
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-assisted discovery and development of semiconductor materials and devices. This exciting new field will lead to new types of quantum computers, new lasers increasing the speed of the internet, electronics
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“Innovation Knowledge Centre” that will develop Heterogeneous Integration techniques for complex system architectures using different types of microelectronic circuits such as Optoelectronics, Quantum, Radio
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accepted all year round Details Many theories of quantum gravity agree that the spacetime geometry of Einstein’s general relativity needs to be replaced by a different underlying structure. In particular
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“Innovation Knowledge Centre” that will develop Heterogeneous Integration techniques for complex system architectures using different types of microelectronic circuits such as Optoelectronics, Quantum, Radio
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not accessible in GaAs-based systems. Overall, polariton physics in microcavities is a vibrant and rapidly advancing field that may lead to future applications in quantum optical computing and