Quantum computing monitoring system

A system, comprising:

• one or more computing devices configured to implement a quantum computing monitoring system, wherein the quantum computing monitoring system is configured to:
• execute a hybrid algorithm using a classical computing resource and a quantum computing resource;
• and
• monitor a metric at the quantum computing resource during execution of the hybrid algorithm, wherein, to execute the hybrid algorithm and monitor the metric, the quantum computing monitoring system is further configured to:
• cause, using the classical computing resource, measurements from the quantum computing resource to be obtained during the execution of the hybrid algorithm, wherein:
• the obtained measurements correspond to individual steps of the execution of the hybrid algorithm at the quantum computing resource;
• and
• execution of a total number of the individual steps sums to an overall execution of the hybrid algorithm at the quantum computing resource;
• cause, using the classical computing resource, the metric for the individual steps to be determined, during the execution of the hybrid algorithm, based on the obtained measurements;
• and
• provide, during the execution of the hybrid algorithm, a representation of the determined metric, wherein the representation indicates updated progress of the execution of the hybrid algorithm with respect to the individual steps and with respect to the overall execution of the hybrid algorithm at the quantum computing resource.

A method, comprising:

• executing a hybrid algorithm using a classical computing resource and a quantum computing resource;
• and
• monitoring a metric at the quantum computing resource during said execution of the hybrid algorithm, wherein said executing the hybrid algorithm and said monitoring the metric further comprises:
• causing the metric to be determined, during the execution of the hybrid algorithm, based on measurements from the quantum computing resource corresponding to individual steps of the execution of the hybrid algorithm at the quantum computing resource, wherein execution of a total number of the individual steps sums to an overall execution of the hybrid algorithm at the quantum computing resource;
• and
• providing, during the execution of the hybrid algorithm, one or more representations of the determined metric, wherein the one or more representations indicate updated progress of the execution of the hybrid algorithm with respect to the individual steps and with respect to the overall execution of the hybrid algorithm at the quantum computing resource.

One or more non-transitory computer readable media storing program instructions that when executed on or across one or more processors, cause the one or more processors to:

• cause a hybrid algorithm to be executed using a classical computing resource and a quantum computing resource;
• and
• cause a metric at the quantum computing resource to be monitored during said execution of the hybrid algorithm, wherein to cause the hybrid algorithm to be executed and to cause the metric to be monitored, the program instructions further cause the one or more processors to:
• cause the metric to be determined, during the execution of the hybrid algorithm, based on measurements from the quantum computing resource corresponding to individual steps of the execution of the hybrid algorithm at the quantum computing resource, wherein execution of a total number of the individual steps sums to an overall execution of the hybrid algorithm at the quantum computing resource;
• and
• provide, during the execution of the hybrid algorithm, one or more representations of the metric, wherein the one or more representations indicate updated progress of the execution of the hybrid algorithm with respect to the individual steps and with respect to the overall execution of the hybrid algorithm at the quantum computing resource.