Qutrit randomized benchmarking
ORAL
Abstract
Qutrits are an alternative to qubits to implement quantum computers by using three-, rather than two-level systems, and have proved useful to explore connections between high-energy physics and quantum information science. A standard measure of the performance of qubit-based processors would be to use randomized benchmarking and its derivatives as these techniques allows scalable characterization of the processor.
In this talk, we present an experimental implementation of qutrit randomized benchmarking on a 5-qutrit processor. This gives us a measure of the overall performance of our processor, as well as a tool to diagnose specific gate fidelity and cross-talk error.
In this talk, we present an experimental implementation of qutrit randomized benchmarking on a 5-qutrit processor. This gives us a measure of the overall performance of our processor, as well as a tool to diagnose specific gate fidelity and cross-talk error.
*This work was supported by the testbed program of the Advanced Scientific Computing Research for Basic Energy Sciences program, Office of Science of the U.S. Department of Energy under Contract No. DE-AC02-05CH11231.
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Presenters
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Alexis Morvan
- Lawrence Berkeley National Laboratory