This project is an introduction to quantum programming. It will challenge you to create different quantum programs and run them on a real quantum computer.
# to generate the requirements.txt file
pip freeze > requirements.txtWrite a Python program that lists all the IBM available providers.
-> Here are some links that might help you:
Write a Python program that creates a quantum circuit that puts a qubit in superposition. -> Here are some links that might help you:
Obtain this state :
Write a program that will produce a quantum circuit with two qubits and use the principle of superposition and quantum entanglement.
The program must display the circuit, then run it on a quantum simulator with 500 shots and then display the results in a plot_histogram.
Obtain this state:
Same as EX02 but run the program on a real quantum computer.
-> Here are some links that might help you:
Recreate the Deutsch-Jozsa algorithm, it should work with a total number of 4 qubits.
-> Here are some links that might help you:
- Medium deutsh Josza explanation and implementation
- Another medium
- Qiskit Deutsch-Josza
- Jupyter notebook explaining it
The search algorithm, the ultimate goal of this project. Your algorithm should search for one or more items that meet a given requirement among N unclassified items.
- On a traditional computer, the complexity of the problem is O(N).
- On a quantum computer, the complexity is reduced to O(√ (N )).
You will need to have 3 distinct parts:
- The initialization of states.
- The Oracle.
- Diffuser.
Your algorithm will take a Y number of qubits (minimum 2) and must not require any modification to work.
-> Here are some links that might help you: