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dc.contributor.authorHubbard, Adam A.
dc.date.accessioned2008-01-25 20:21:28 (GMT)
dc.date.available2008-01-25 20:21:28 (GMT)
dc.date.issued2008-01-25T20:21:28Z
dc.date.submitted2008
dc.identifier.urihttp://hdl.handle.net/10012/3554
dc.description.abstractPhysical implementations of quantum computers will inevitably be subject to errors. However, provided that the error rate is below some threshold, it is theoretically possible to build fault tolerant quantum computers that are arbitrarily reliable. A particularly attractive fault tolerant proposal, due to its high threshold value, relies on Clifford group quantum computation and access to ancilla qubits. These ancilla qubits must be prepared in a particular state termed the 'magic' state. It is possible to distill faulty magic states into pure magic states, which is of significant interest for experimental work where perfect state preparation is generally not possible. This thesis describes a liquid state nuclear magnetic resonance based scheme for distilling magic states. Simulations are presented that indicate that such a distillation is feasible if a high level of experimental control is achieved. Preliminary experimental results are reported that outline the challenges that must be overcome to attain such precise control.en
dc.language.isoenen
dc.publisherUniversity of Waterlooen
dc.subjectNuclear Magnetic Resonanceen
dc.subjectQuantum Information Processingen
dc.subjectMagic State Distillationen
dc.subjectQuantum Computingen
dc.subjectFault Toleranceen
dc.subjectState Purificationen
dc.titleOn Magic State Distillation using Nuclear Magnetic Resonanceen
dc.typeMaster Thesisen
dc.pendingfalseen
dc.subject.programPhysicsen
uws-etd.degree.departmentPhysics and Astronomyen
uws-etd.degreeMaster of Scienceen
uws.typeOfResourceTexten
uws.peerReviewStatusUnrevieweden
uws.scholarLevelGraduateen


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