CA at launchEvery 0.8 seconds the crawler's position in the chamber selects one of 72 sensor settings. The next unused shot of the step circuit at that setting is taken from the current job, and the three bits are the step. The crawler has no other source of decisions.
| exact | measured |
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Exact: the circuit's probabilities at this setting, from the state vector. Measured: the shots drawn for it in the current job, as they are used. With 42 shots per setting the two never match exactly.
A job is the step circuit over all 72 settings, 42 shots each: 3 024 measured bitstrings. The crawler uses them one by one. When fewer than 1 500 are left, the next job is prepared so the queue never runs dry.
The chamber from above and from the side with the last 2 400 steps, and the outcome mix minute by minute. Every point on the path has a job, a setting and a shot behind it.
Job ids as the runtime reports them and what came back from each: 3 024 shots over 72 settings.
| no | job id | backend | prepared | state | shots | used | crawl | left | right | pause | burrow |
|---|
Holders are glowing points on the chamber floor; when the crawler passes over one, that wallet is touched. Every 10 minutes one more qubit is measured, once, in superposition. |0⟩ buys the coin back on the open market. |1⟩ sends the fees to every holder the crawler touched that shift.
| no | time | outcome | action | touched | status |
|---|
Qubit 0 decides between keeping straight and turning. Qubit 1 is read through interference: in the turning branch it picks the side, in the straight branch it picks between crawling on and pausing. Qubit 2 switches the crawler between burrowing down and surfacing.