Qiskit has a built-in noise simulator library that allows the quantum programmer to simulate a quantum circuit with noise. This allows the programmer to predict the outcome of a real implementation before running the program on the real quantum processor, and improve the quantum circuit if needed.
Use this tool to compare an ideal implementation of a quantum circuit and a noisy one. Then, compare both the noisy and the ideal simulation with the result you get when implementing your circuit in the real IBM’s quantum processors. Do you notice any difference between the simulation and the real implementation? Do you have any clue of what is happening?
Abstract
Qiskit has a built-in noise simulator library that allows the quantum programmer to simulate a quantum circuit with noise. This allows the programmer to predict the outcome of a real implementation before running the program on the real quantum processor, and improve the quantum circuit if needed. Use this tool to compare an ideal implementation of a quantum circuit and a noisy one. Then, compare both the noisy and the ideal simulation with the result you get when implementing your circuit in the real IBM’s quantum processors. Do you notice any difference between the simulation and the real implementation? Do you have any clue of what is happening?
Useful resources
Noise simulator information and examples: https://github.com/Qiskit/qiskit-iqx-tutorials/tree/master/qiskit/advanced/aer
Members
Deliverable
GitHub repo
https://github.com/ilarburu/hackathon-bilbao-2019.git