Quantum Computing and Robotic Science Workshop

Organized by the Nigeria Computer Society
December 8th - 10th, 2020
Official website

Material for the Sessions 2 and 4

• Guide to install the required software
• Jupyter notebook store_account_information_locally.ipynb to test your qiskit installation and to store the IBM token locally
• Slides of Session 2 (Physical implementation of quantum computing)
• Material of Session 4:
  Note: Please download the text files that open if you click a link, and save them as a jupyter notebook (file ending .ipynb). Then, you can open them in jupyter and see their content.
  • Demonstration 1 (defining a quantum circuit, statevector simulation, simulating execution on a quantum processor)
  • Programming exercise 1 (generating Bell states)
  • Demonstration 2 (solution to exercise 1, error mitigation, state tomography)
  • Demonstration 3 (transpiling a circuit, error mitigation)
  • Programming exercise 2 (superdense coding)
  • Demonstration 4 (solution to exercise 2)
  • Demonstration 5 (Deutsch algorithm)
  • Programming exercise 3 (Grover algorithm)
  • Demonstration 6 (solution to exercise 3)
• Slides of Session 4 (IBM quantum computing platform)
• A collection of quantum algorithms: https://quantumalgorithmzoo.org/