Quantum entanglement for distributed actions

A quantum computing system configured for distributed computation, the quantum computing system comprising:

• quantum hardware comprising one or more qubits;
• and
• one or more memory devices storing instructions, that, when implemented, instruct the quantum computing system to perform operations, the operations comprising:
• obtaining, by the quantum hardware, a first entangled qubit of a pair of entangled qubits, wherein a second entangled qubit of the pair of entangled qubits is positioned at a second quantum computing system that is remote from the quantum computing system;
• identifying, by the quantum computing system based at least in part on asset exchange data associated with an exchange that is geographically closer to the quantum hardware than to the second entangled qubit, a first coordinated event trigger, the first coordinated event trigger being indicative of an entanglement condition associated with a Bell inequality;
• in response to identifying the first coordinated event trigger, obtaining, by the quantum hardware, first quantum measurements of the pair of entangled qubits;
• and
• performing, by the quantum computing system, a first distributed control action based at least in part on the first quantum measurements, wherein the first distributed control action is based on a quantum-advantageous strategy correlating the first distributed control action with a second distributed control action to be performed by the second quantum computing system based on second quantum measurements of the second entangled qubit obtained in response to at least one of the first coordinated event trigger and a second coordinated event trigger indicative of the entanglement condition associated with the Bell inequality.