Three source sizes run through the same checked channel, leakage, phase, and readout chain. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.

highlighted = computed this step

Fifty input shots close as forty retained shots

The full audit starts from 50 shots. After bit flip and leakage, 40 retained shots feed readout, predicting 26 zero reads and 14 one reads.

Nread=(26,14)N_{\text{read}}=(26,14)
Fifty-shot audit rowThe channel, leakage, phase, and readout checks travel together.1zero0one4/5zero1/5one4/5kept1/5lost4/5kept1/5lost3/5coherent2/5dephasedtrue probabilitieszero 4/5one 1/5assignmentobserved probszero 13/20one 7/20over 40 shots26 zero reads14 one readsprep -> error -> phase -> readchannel inputafter errorzero leakageone leakagephase loss

One hundred input shots close as eighty retained shots

The base audit starts from 100 shots and retains 80. Readout predicts 52 zero reads and 28 one reads.

Nread=(52,28)N_{\text{read}}=(52,28)
Hundred-shot audit rowThis full audit row matches the earlier capstone chain.1zero0one4/5zero1/5one4/5kept1/5lost4/5kept1/5lost3/5coherent2/5dephasedtrue probabilitieszero 4/5one 1/5assignmentobserved probszero 13/20one 7/20over 80 shots52 zero reads28 one readsprep -> error -> phase -> readchannel inputafter errorzero leakageone leakagephase loss

One hundred fifty input shots close as one hundred twenty retained shots

Scaling the source to 150 shots retains 120 after leakage. The readout ledger becomes 78 zero and 42 one reads.

Nread=(78,42)N_{\text{read}}=(78,42)
Hundred-fifty-shot audit rowEvery checked stage scales without losing count conservation.1zero0one4/5zero1/5one4/5kept1/5lost4/5kept1/5lost3/5coherent2/5dephasedtrue probabilitieszero 4/5one 1/5assignmentobserved probszero 13/20one 7/20over 120 shots78 zero reads42 one readsprep -> error -> phase -> readchannel inputafter errorzero leakageone leakagephase loss