diff --git a/notebooks/intro/entangled-states.ipynb b/notebooks/intro/entangled-states.ipynb index fbd35c0..6fb836a 100644 --- a/notebooks/intro/entangled-states.ipynb +++ b/notebooks/intro/entangled-states.ipynb @@ -2126,7 +2126,7 @@ "1. If z measurements are made on both qubits, they never both output `0`;\n", "2. If an x measurement of one qubit outputs `1`, a z measurement of the other will output `0` (because the `11` result never occurs in these cases).\n", "\n", - "These correspond exactly to the observations made for the colored shapes in the classical scenario. If we apply the same logic as we did in that case, we can analyse the case where both Alice and Bob make an x measurement, and they both get the result `1`. Bob would then be able to apply observation 2 and infer that Alice would certainly have gotten a `0` if she had instead done a z measurement. Alice can do the same, inferring that Bob would have gotten a `1` if he'd have made a z measurement. So together they conclude that, if they had both made z measurements, they would both have gotten the output `0`. Since observation 1 shows us that such a result would be impossible, Alice and Bob could predict that the `11` result will never occur.\n", + "These correspond exactly to the observations made for the colored shapes in the classical scenario. If we apply the same logic as we did in that case, we can analyse the case where both Alice and Bob make an x measurement, and they both get the result `1`. Bob would then be able to apply observation 2 and infer that Alice would certainly have gotten a `0` if she had instead done a z measurement. Alice can do the same, inferring that Bob would have gotten a `0` if he had made a z measurement. So together they conclude that, if they had both made z measurements, they would both have gotten the output `0`. Since observation 1 shows us that such a result would be impossible, Alice and Bob could predict that the `11` result will never occur.\n", "\n", "So let's see if they would be right." ]