States of reality that are prepared by either “0” or “+”.

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States of reality for the quantum state “0"

State preparation

States of reality for the quantum state “+”.

Choose the state preparation setting for the two qubits.

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Collect Statistics

Choose the state preparation setting for the first qubit (or change the setting for the second). The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used.

Choose the state preparation setting for the first qubit (or change the setting for the second). The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used.

Choose the state preparation setting for the second qubit (or change the setting for the first). The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used.

Choose the state preparation setting for the first qubit (or change the setting for the second). The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used.

The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used. When the state of reality of both qubits is in the overlap region, sometimes you will obtain the measurement outcome “Not 00”, even if the preparation was 00. Push “Collect Statistics” to repeat the experiment many times.

Contradiction!

The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used. When the state of reality of both qubits is in the overlap region, sometimes you will obtain the measurement outcome “Not 00”, even if the preparation was 00. Push “Collect Statistics” to repeat the experiment many times. The outcome contradicts the predictions of quantum mechanics.

Reset

The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used. When the state of reality of both qubits is in the overlap region, sometimes you will obtain the measurement outcome “Not 0+”, even if the preparation was 0+. Push “Collect Statistics” to repeat the experiment many times.

The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used. When the state of reality of both qubits is in the overlap region, sometimes you will obtain the measurement outcome “Not 0+”, even if the preparation was 0+. Push “Collect Statistics” to repeat the experiment many times. The outcome contradicts the predictions of quantum mechanics.

The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used. When the state of reality of both qubits is in the overlap region, sometimes you will obtain the measurement outcome “Not +0”, even if the preparation was +0. Push “Collect Statistics” to repeat the experiment many times.

The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used. When the state of reality of both qubits is in the overlap region, sometimes you will obtain the measurement outcome “Not +0”, even if the preparation was +0. Push “Collect Statistics” to repeat the experiment many times. The outcome contradicts the predictions of quantum mechanics.

The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used. When the state of reality of both qubits is in the overlap region, sometimes you will obtain the measurement outcome “Not ++”, even if the preparation was ++. Push “Collect Statistics” to repeat the experiment many times.

The high-lighted state of reality (the black dot) could have been prepared by the “0” or the “+” state preparation procedure. It is not possible to infer from this state which state preparation procedure was used. When the state of reality of both qubits is in the overlap region, sometimes you will obtain the measurement outcome “Not ++”, even if the preparation was ++. Push “Collect Statistics” to repeat the experiment many times. The outcome contradicts the predictions of quantum mechanics.