Cryogenic Performance of Microfabricated Surface Ion Traps
Abstract not provided.
Publications
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Jump to search filtersDemonstration of Sideband Cooling on the 171Yb+ Quadrupole Transition
Abstract not provided.
A Cryogenic Environment for Microfabricated Surface Electrode Ion Traps
Abstract not provided.
Microfabricated traps for Logical Qubits
Abstract not provided.
Microfabricated Microwave-Integrated Surface Ion Trap
Abstract not provided.
Microfabrication of Ion Traps for Quantum Science
Abstract not provided.
Quantum and Classical Control of Ions in Sandia's HOA Trap
Abstract not provided.
High-fidelity qubit operations in microfabricated surface ion traps
Abstract not provided.
Microfabricated Microwave-Integrated Surface Ion Trap
Abstract not provided.
Characterization of Microfabricated Surface Ion Traps
Abstract not provided.
A high performance microfabricated surface ion trap
Abstract not provided.
Ion Traps For Logical Qubits
Abstract not provided.
Specialized Processing using Ion Traps: SPRINT
Abstract not provided.
Demonstrating Robustness of Analogue Quantum Simulators (AQS)
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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