IonQ hardware runs quantum gas network optimization tests

IonQ, quantum software developer Classiq and Israel Natural Gas Lines announced results from joint research applying quantum optimization to natural gas transmission planning. A version of the optimization problem was executed directly on the IonQ Forte-1 trapped-ion quantum computer via the Classiq platform.

The project evaluated how quantum computing can help pipeline operators model gas flow and pressure limits across complex networks. In simulator tests, the hybrid quantum-classical workflow matched classical reference benchmarks for maximum-throughput operating points. When executed on IonQ Forte-1, the processor produced physically valid operating points close to the classical optimum.

The research team combined the workflow with SIMONE hydraulic modeling software to validate candidate scenarios before operational implementation. Scott Millard, Chief Business Officer at IonQ, noted that running the problem on Forte-1 provided a practical way to evaluate quantum computing for complex planning challenges across the energy sector.