QPC compiled a Harel Insurance portfolio-size problem into two 36-qubit morphogrammatic circuits and executed them on IonQ Forte. Every shot returned a distinct outcome: 512 unique states from 512 shots.
Plain English
a57d6e65-120b-4085-808c-fa2a52c67b6a and da2db89c-c4e1-410d-a272-f4cd665351de.Harel Insurance is one of Israel’s leading insurers. The mapped task is a 36-line capital and risk problem: product lines, reserves, and market factors sit together in one polycontextural circuit.
IonQ Forte, trapped ytterbium ions, all-to-all connectivity, submitted through Amazon Braket.
| Task ID | Shots | Unique | Ratio |
|---|---|---|---|
a57d6e65-120b-4085-808c-fa2a52c67b6a |
256 | 256 | 100% |
da2db89c-c4e1-410d-a272-f4cd665351de |
256 | 256 | 100% |
| Combined | 512 | 512 | 100% |
Three QPC layers, one trapped-ion job family.
Prepare the 36-line portfolio as a quantum context. Each asset line occupies one qubit.
Proprietary entanglement couples the lines so capital, risk, and market factors share one circuit.
Measure. The shot histogram is the solution set: 512 distinct states from 512 shots.