(Solved): Exercise 2 (10 pts) Recreate the famous experiment performed by Nobel Laureate Physicist Alain Aspe ...

Exercise 2 (10 pts) Recreate the famous experiment performed by Nobel Laureate Physicist Alain Aspect that proved quantum mechanics volates CHSH inequality. The experiment consists of measuring an entangled pair of qubits in 4 different bases as shown in the figure befow. Ae izw Create a 2-qubit circuit using the IBM quantum composer. Apply all the gates as shown in the figure above to perform each measurement. Run all four circuits ( 1 per measurement basis) on the following devices for 1000 shots each. For each device, provide screenshots that show the name of the device and the contents of the Status timeline, Details, and Result histogram tabs. - The 32-qubit ibmq_qasm_simulator. (4 pts) - One of IBM's 5-qubit machines. ( 6 pts) Exercise 3 (4 pts) Using the histogram counts after rumning your $\mathrm{CHSH}$ aircuits, compute your estimated CHSH value separately for both the simulator and the 5-qubit machine you used. For more context, review Erilliant's page and IBM's pace. You may look at an example excel spread sheet that Professor Ludlow did calculating the results of her experiment using $\mathrm{CHSH}$ and also of IBM when they tan the experiment. Please submit your answers as a PDF in PILOT under Assigniment 5. For this assignment, you will need to access the JBM Quantum Composer. You will additionally need to create an IBM Quantum accoumt using your university email address. Exercise 1 (6 pts) Greate a 2-qubit circuit using the IBM quantum composer. Apply a Hadamard gate on the qubit 0 and a C-NOT gate on both qubits to achieve entanglement. - Copy and paste the corresponding Qiskit and QASM code for this circuit from the code editor panel. ( 2 pts) - Run this circuit on the following devices for 1000 shots each. You will need to submit the job and view the results. Provide screenshots that show the name of the device and the contents of the Status timeline, Details, and Resuit histogram tabs. The 32-qubit ibmq qasm_simulator. (2 pts) One of IBM's 5-qubit machines. (2 pts)