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This collaboration validates a hybrid quantum-classical workflow for optimizing gas network pressure configurations using the IonQ Forte-1 processor. The results demonstrate that quantum approaches can identify physically valid operating points consistent with classical methods while adhering to strict engineering constraints. This marks a practical step toward applying quantum computing to complex industrial infrastructure challenges beyond theoretical exploration.
Classiq and partners test quantum solutions for gas networks

Classiq, Israel Natural Gas Lines & IonQ explored applying quantum optimization to gas networks, executing a problem on the IonQ Forte-1.
Israel Natural Gas Lines (INGL) is collaborating with quantum software firm Classiq to tackle the growing complexity of managing its gas networks, where potential pressure and flow configurations rapidly increase as the system expands. The partnership yielded results including execution of a reduced optimization problem on an IonQ Forte-1 quantum computer, a practical, though limited, test of the technology applied to critical infrastructure.…
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