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Technology for On-Chip Qubit Control with Microfabricated Surface Ion Traps

Highstrete, Clark H.; Sterk, Jonathan D.; Heller, Edwin J.; Maunz, Peter L.; Nordquist, Christopher N.; Stevens, James E.; Tigges, Chris P.; Blain, Matthew G.

Trapped atomic ions are a leading physical system for quantum information processing. However, scalability and operational fidelity remain limiting technical issues often associated with optical qubit control. One promising approach is to develop on-chip microwave electronic control of ion qubits based on the atomic hyperfine interaction. This project developed expertise and capabilities at Sandia toward on-chip electronic qubit control in a scalable architecture. The project developed a foundation of laboratory capabilities, including trapping the 171Yb+ hyperfine ion qubit and developing an experimental microwave coherent control capability. Additionally, the project investigated the integration of microwave device elements with surface ion traps utilizing Sandia’s state-of-the-art MEMS microfabrication processing. This effort culminated in a device design for a multi-purpose ion trap experimental platform for investigating on-chip microwave qubit control, laying the groundwork for further funded R&D to develop on-chip microwave qubit control in an architecture that is suitable to engineering development.

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TYPE SAND Report YEAR 2013
OSTIDOI

Sandia Micro-fabricated Ion Traps for the MUSIQC architecture

Maunz, Peter L.; Heller, Edwin J.; Hollowell, Andrew E.; Kemme, S.A.; Loviza, Becky G.; Mizrahi, Jonathan A.; Ortega, Anathea C.; Scrymgeour, David S.; Sterk, Jonathan D.; Tigges, Chris P.; Dagel, Amber L.; Clark, Craig R.; Stick, Daniel L.; Blain, Matthew G.; Clark, Susan M.; Resnick, Paul J.; Arrington, Christian L.; Benito, Francisco M.; Boye, Robert B.; Ellis, A.R.; Haltli, Raymond A.

Abstract not provided.

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TYPE Conference YEAR 2013
OSTI
Results 76–96 of 96
Results 76–96 of 96