Cross architectural quantum circuit compiler

A computing system comprising:

• one or more computing devices to:
• obtain first quantum architecture data indicative of a first quantum computing architecture shared by a first plurality of quantum computers, wherein the first quantum computing architecture comprises a first quantum instruction set architecture;
• obtain quantum operations data indicative of a plurality of quantum computing operations, wherein the quantum computing operations comprise at least one operation that is not specific to the first quantum computing architecture;
• map, based on the first quantum architecture data, the at least one operation to one or more corresponding architecture-specific operations associated with the first quantum computing architecture;
• and
• compile, based at least in part on the mapping, one or more computer-readable instructions for performing a quantum algorithm comprising the one or more corresponding architecture-specific operations.

A non-transitory computer-readable storage medium that includes executable instructions to cause one or more processor devices to:

• obtain first quantum architecture data indicative of a first quantum computing architecture shared by a first plurality of quantum computers, wherein the first quantum computing architecture comprises a first quantum instruction set architecture;
• obtain quantum operations data indicative of a plurality of quantum computing operations, wherein the quantum computing operations comprise at least one operation that is not specific to the first quantum computing architecture;
• map, based on the first quantum architecture data, the at least one operation to one or more corresponding architecture-specific operations associated with the first quantum computing architecture;
• and
• compile, based at least in part on the mapping, one or more computer-readable instructions for performing a quantum algorithm comprising the one or more corresponding architecture-specific operations.