Collection of material for quantum computing educational activities using Qibo. Feel free to explore all the lectures provided by our special teacher: the Qibo mangoose!
The lectures are divided into macro-groups, corresponding to similar or related topics.
In the following table, we give a brief description of the Qiboedu contents.
| Lecture | Topic |
|---|---|
| Introduction | |
| 1_qibo_basics | First steps with Qibo |
| Query algorithms | |
| 1_phase_kickback | The phase kickback trick |
| 2_deutsch_josza | The Deutsch-Josza algorithm |
| 3_grover | The Grover search algorithm |
| 4_grover_details | Opening the Grover black-box |
| Entanglement tests | |
| 1_Bell-Wigner | Simulate Bell-Wigner inequality |
| 2_Bell64 | Simulate Bell 1964 inequality |
| 2_CHSH | Simulate CHSH inequality |
| Quantum noise | |
| 1_simulating_noise | Simulating quantum noise |
| 2_error_mitigation | Mitigating the noise |
| Quantum Machine Learning | |
| 1_vqe | Variational Quantum Eigensolver |
| 2_fitting_the_proton_content | one-dim fit with high-energy physics data |
Given you have poetry installed:
# poetry install && poetry shell
# jupyter labwill install everything, shell into your local environment and start jupyter.