Publications

Results 26–29 of 29

Characterization of Microfabricated Surface Ion Traps

Hogle, Craig W.; Blain, Matthew G.; Hollowell, Andrew E.; Lobser, Daniel L.; Revelle, Melissa R.; Yale, Christopher G.; Haltli, Raymond A.; Maunz, Peter L.; Leibfried, Dietrich L.; Todaro, Susanna T.; McCormick, Katherine M.; Slichter, Daniel S.; wilson, andrew w.; Wineland, David W.

Abstract not provided.

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TYPE Conference Poster YEAR 2017

OSTI

Ion Traps For Logical Qubits

Lobser, Daniel L.; Blain, Matthew G.; Haltli, Raymond A.; Hogle, Craig W.; Hollowell, Andrew E.; Revelle, Melissa R.; Stick, Daniel L.; Yale, Christopher G.; Maunz, Peter L.

Abstract not provided.

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TYPE Presentation YEAR 2017

OSTI

Specialized Processing using Ion Traps: SPRINT

Clark, Craig R.; Fortier, Kevin M.; Maunz, Peter L.; Blain, Matthew G.; Hogle, Craig W.; Barrick, Todd A.; Shaner, Eric A.

Abstract not provided.

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TYPE Conference Poster YEAR 2016

OSTI

Demonstrating Robustness of Analogue Quantum Simulators (AQS)

Clark, Susan M.; Hogle, Craig W.; Young, Kevin C.; Stick, Daniel L.

In this report we describe the construction and characterization of a small quantum processor based on trapped ions. This processor could ultimately be used to perform analogue quantum simulations with an engineered computationally-cold bath for increasing the system's robustness to noise. We outline the requirements to build such a simulator, including individual addressing, distinguishable detection, and low crosstalk between operations, and our methods to implement and characterize these requirements. Specifically for measuring crosstalk, we introduce a new method, simultaneous gate set tomography to characterize crosstalk errors.

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TYPE SAND Report YEAR 2002

OSTI DOI

Results 26–29 of 29

Results 26–29 of 29