Quantum computing projects

1. Quantum Random Number and ASCII Character generator (Link to the nbviewer here.)

• Using the probabilistic nature of quantum systems, we can create random numbers.

2. The Quantum Teleportation Protocol (nbviewer here.)

• I explain the quantum teleportation protocol step by step and represent the initial and final qubits in the Bloch sphere.

3. Variational Quantum Eigensolver (nbviewer here.)

• Find the lowest eigenvalue of a 4x4 matrix using Variational-Quantum-Eigensolver (VQE)-like circuits, created by yourself from scratch.
• This was the screening task for the 2020 Quantum Computing Mentorship Program in the Quantum Open Source Foundation (qosf.org).

4. The Deutsch Algorithm (nbviewer here)

5. The Deutsch-Jozsa Algorithm (nbviewer here)

• Solves the generalization of the problem solved by the Deutsch algorithm

6. The bit-flip and sign-flip code for the bell state generator (nbviewer here)

• This was my screening task for the 2021 Quantum Computing Mentorship Program in the Quantum Open Source Foundation (qosf.org).

7. The Bernstein-Vazirani Algorithm (nbviewer here)

8. Quantum Fourier Transform (nbviewer here)

   • Application of the Quantum Fourier Transform to the state |1100> step by step.

9. Quantum Phase Estimation (nbviewer here)

10. Quantum Approximate Optimization Algorithm (QAOA) for the Max-cut problem (nbviewer here)