Flux Qubits and Coherent Tunable Couplings between Them

Files in this item

Files Size Format View Description
ZhengBibliography.pdf 68.97Kb application/pdf Thumbnail Bibliography
ZhengFondren.pdf 1.032Mb application/pdf Thumbnail Essay on library
ZhengResearchPaper.pdf 2.236Mb application/pdf Thumbnail Research paper

Show full item record

Item Metadata

Title: Flux Qubits and Coherent Tunable Couplings between Them
Author: Li, Zheng
Abstract: Flux qubits (also known as persistent current qubits), one kind of superconducting tunnel junction circuits, are recently demonstrated as a promising candidate to realize quantum computations. In order to do large-scale quantum information processing, it is necessary to switch on and off the couplings between individual flux qubits in the time-domain while those qubits retain coherence. This report contains two parts: one is to describe my understanding of models, fabrications and measurements for one single flux qubit; the other is to compare two proposed schemes and the corresponding experimental realizations of coherent tunable couplings between flux qubits.
Description: Submission to the Friends of Fondren Library Graduate Research Awards, 2010
Citation: Li, Zheng. (2010). "Flux Qubits and Coherent Tunable Couplings between Them."
Date: 2010-05-06

This item appears in the following Collection(s)