IonQ Forte · Amazon Braket · 36 qubits · two tasks

Two morphogrammatic circuits,
512 unique shots

QPC ran two 36-qubit morphogrammatic circuits on IonQ Forte. Every shot was distinct. Width matches the Harel 36-asset map.

36
Qubits
512 / 512
Unique outcomes
2
Braket tasks
$41.56
Measured run cost

Plain English

What this test is
The hardware record for the Harel-width QPC circuit: two tasks on IonQ Forte via Amazon Braket.
Why we did it
Confirm the same morphogrammatic layer executes on commercial trapped-ion hardware at the 36-asset width.
What QPC computed
256 shots per task. Both histograms are all-unique. Combined: 512 distinct bitstrings from 512 shots.
Headline result
512 / 512 unique · tasks a57d6e65-120b-4085-808c-fa2a52c67b6a and da2db89c-c4e1-410d-a272-f4cd665351de.

The two tasks

IonQ Forte. Trapped ytterbium ions. All-to-all connectivity. Amazon Braket.

Task ID Qubits Shots Unique
a57d6e65-120b-4085-808c-fa2a52c67b6a 36 256 256
da2db89c-c4e1-410d-a272-f4cd665351de 36 256 256
Combined 36 512 512
The Harel Insurance reading of this run sits on Harel · IonQ Forte. Current IBM Heron r2 desks sit on Highlights.

Measured run cost

Amazon Braket invoice for this verification: $41.56.

Component Amount
Task fees (2 × $0.30) $0.60
Shots (512 × $0.08) $40.96
Total $41.56

How the architecture is used

Three QPC layers, one trapped-ion job family.

1. Kenogrammatic

Prepare 36 qubits. One qubit per asset line on the Harel map.

2. Morphogrammatic

Proprietary entanglement couples the lines in one circuit, compiled to Forte native gates.

3. Transjunctional

Measure. The histogram is the record: 512 distinct states from 512 shots.