Energy · networks

Commit to a grid-expansion plan you can show is the best

A network-expansion plan shown optimal over every one of more than a million alternatives, plus a direct read of the network’s real-time response.

Headline result

Best of 1,048,576 plans

Optimal over all 1,048,576 build combinations of one expansion case

Classical computationMeasured on quantum hardware
Still from the Merlin Quantum film: transmission towers at dusk
01 · The decision

The decision on the table

Reinforcement plans are usually chosen by heuristics that return a good plan but cannot show it is the best one. That leaves the planner unable to defend the choice line by line.

02 · What we did

What we did, with proprietary methods

For a network-expansion case with twenty candidate builds we searched the whole space of plans and showed the chosen plan is the global optimum. Separately, we read the network’s real-time response directly on quantum hardware, which inversion from classical data does not deliver.

03 · What it was worth

What it was worth

Optimal over all 1,048,576 build combinations of one expansion case

Key result · Energy · networks
A plan shown to be the best available
Baseline
A heuristic plan with no guarantee of optimality
Condition
Optimal over all 1,048,576 build combinations of one expansion case
A direct real-time response read
Baseline
Inversion from imaginary-time data, which is ill-posed
Condition
Read directly on quantum hardware for the same network
Outcome

What happened next

The plan went forward with a proof behind it: optimal over all 1,048,576 build combinations. The network's real-frequency response was also read directly on quantum hardware for the same network.

Decision it enabled

A plan shown to be the best available

Instead of: A heuristic plan with no guarantee of optimality

Verified by · Our exhaustive classical computation; the response read is a device result.

05 · How we know

How we know

  1. 01Exhaustive search over 2^20 build plans; one basin, one global optimum (classical computation).
  2. 02Real-frequency response read directly on quantum hardware.
  3. 03Not claimed: any speed advantage for quantum in finding the plan.
StatusClassical computationMeasured on quantum hardwareOptimality established by exhaustive classical computation; the response read is measured on quantum hardware.

Decide before you build.

Bring us the decision you have to make next.

We tell you which option wins, and whether quantum is the reason.

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