On-demand co-processing resources for quantum computing

A method, comprising:

• receiving, via an interface of an algorithm execution management system that is implemented using one or more computing devices, a request for creating a first container for an algorithm and a request for creating a second container for another algorithm;
• receiving, via the interface of the algorithm execution management system, one or more other requests for executing the algorithm and the other algorithm using different types of computing resources including one or more classical computing resources and one or more quantum computing resources, wherein the one or more other requests indicate the first container having one or more files of the algorithm and one or more libraries for executing the algorithm and indicate the second container having one or more files of the other algorithm and one or more other libraries for executing the other algorithm, wherein the first and second containers i-s-a portable software packages executable using an operating system provided by a shared host hosting the first and second containers;
• executing at least one portion of the algorithm at the classical computing resources using the first container having the files of the algorithm and the one or more libraries and executing at least one portion of the other algorithm at the classical computing resources using the second container having the files of the other algorithm and the one or more other libraries;
• executing at least another portion of the algorithm at the quantum computing resources and executing at least another portion of the other algorithm at the quantum computing resources;
• and
• providing a result of the execution of the algorithm and providing a result of the execution of the other algorithm.

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:

• receive, at an algorithm execution management system, a request for creating a first container for an algorithm and a request for creating a second container for another algorithm;
• receive, at the algorithm execution management system, one or more other requests for executing the algorithm and the other algorithm using different types of computing resources including one or more classical computing resources and one or more quantum computing resources, wherein the one or more other requests indicate a first container having one or more files of the algorithm and one or more libraries for executing the algorithm at the classical computing resource and a second container having one or more files of the other algorithm and one or more other libraries for executing the other algorithm at the classical computing resource, wherein the first and second containers i-s-a are portable software packages executable using an operating system provided by a host hosting the container;
• execute at least one portion of the algorithm at the classical computing resources using the first container having the files of the algorithm and the one or more libraries and execute at least one portion of the other algorithm at the classical computing resources using the second container having the files of the other algorithm and the one or more other libraries;
• execute at least another portion of the algorithm at the quantum computing resources and execute at least another portion of the other algorithm at the quantum computing resources;
• and
• provide a result of the execution of the algorithm and provide a result of the execution of the other algorithm.