QSCOUT: An Open Quantum Computing Testbed with Low-Level Access to the Hardware and Software (Part I).
Abstract not provided.
Yale, Christopher↗
Engineering topics
Ivory, Megan
Publications and source records attributed to Ivory, Megan.
Integrated photonics for trapped ion quantum information experiments at Sandia National Laboratories.
Abstract not provided.
McGuinness, Hayden↗
Characterizing the AC Zeeman Effect in Microfabricated Surface Traps .
Abstract not provided.
Clark, Susan↗
Three-Photon Optical Pumping for Trapped Ion Quantum Computing
In this report we describe the testing of a novel scheme for state preparation of trapped ions in a quantum computing setup. This technique optimally would allow for similar precision and speed of state preparation while allowing for individual addressability of single ions in a chain using technology already available in a trapped ion experiment. As quantum computing experiments become more complicated, mid-experiment measurements will become necessary to achieve algorithms such as quantum error correction. Any mid-experiment measurement then requires the measured qubit to be re-prepared to a known quantum state. Currently this involves the protected qubits to be moved a sizeable distance away from the qubit being re-prepared which can be costly in terms of experiment length as well as introducing errors. Theoretical calculations predict that a three-photon process would allow for state preparation without qubit movement with similar efficiencies to current state preparation methods.
97 MATHEMATICS AND COMPUTING↗