Introduction to Quantum Computing and Quantum Hardware

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Explore the fundamentals of quantum computing through this comprehensive course that covers quantum algorithms, circuit implementations, and hardware systems. Begin with essential concepts including qubits, quantum states, quantum circuits, and measurement techniques before progressing to practical quantum programming skills. Delve deep into Shor's algorithm by mastering the Quantum Fourier Transform and quantum phase estimation, then learn how to transform factoring problems into period-finding challenges and implement complete quantum programs. Study quantum error correction methods using repetition codes to understand how quantum systems maintain computational integrity. Examine superconducting qubits from both theoretical and practical perspectives, covering harmonic oscillator quantization, Josephson junctions, circuit quantum electrodynamics, and calibration techniques. Apply quantum computing principles to quantum chemistry by learning to obtain qubit Hamiltonians for molecules like H2 and LiH, and discover methods for finding molecular ground states. Gain insights into quantum computing career opportunities through expert panel discussions. Reinforce theoretical knowledge with nine hands-on laboratory sessions that provide practical experience with quantum programming and circuit design. Originally delivered as an intensive two-week program during the Qiskit Global Summer School in July 2020, this course offers a thorough foundation in both the theoretical principles and practical applications of quantum computing technology.

Syllabus

Qiskit Global Summer School 2020 — The Largest Global Quantum Computing Summer School
1. Qubits and Quantum States, Quantum Circuits, Measurements - Part 1
2. Qubits and Quantum States, Quantum Circuits, Measurements - Part 2
3. Qubits and Quantum States, Quantum Circuits, Measurements - Part 3
4. Writing and Running Quantum Programs - Part 1
5. Writing and Running Quantum Programs - Part 2
6. Writing and Running Quantum Programs - Part 3
7. Shor's Algorithm I: Understanding Quantum Fourier Transform, Quantum Phase Estimation - Part 1
8.Shor's Algorithm I: Understanding Quantum Fourier Transform, Quantum Phase Estimation - Part 2
9. Shor's Algorithm I: Understanding Quantum Fourier Transform, Quantum Phase Estimation - Part 3
10. Shor's algorithm II: From Factoring to Period-Finding, Writing the Quantum Program - Part 1
11. Shor's algorithm II: From Factoring to Period-Finding, Writing the Quantum Program - Part 2
12. Shor's algorithm II: From Factoring to Period-Finding, Writing the Quantum Program - Part 3
13. Quantum Error Correction using Repetition Codes - Part 1
14. Quantum Error Correction using Repetition Codes - Part 2
15. Quantum Error Correction using Repetition Codes - Part 3
16. Superconducting Qubits I: Quantizing a Harmonic Oscillator, Josephson Junctions - Part 1
17. Superconducting Qubits I: Quantizing a Harmonic Oscillator, Josephson Junctions - Part 2
18. Superconducting Qubits I: Quantizing a Harmonic Oscillator, Josephson Junctions - Part 3
19. Superconducting Qubits II: Circuit Quantum Electrodynamics, Readout and Calibration Methods Pt 1
20. Superconducting Qubits II: Circuit Quantum Electrodynamics, Readout and Calibration Methods Pt 2
21. Superconducting Qubits II: Circuit Quantum Electrodynamics, Readout and Calibration Methods Pt 3
22. Quantum Chemistry I: Obtaining the Qubit Hamiltonian for H2 and LiH - Part 1
23. Quantum Chemistry I: Obtaining the Qubit Hamiltonian for H2 and LiH - Part 2
24. Quantum Chemistry I: Obtaining the Qubit Hamiltonian for H2 and LiH - Part 3
25. Quantum Chemistry II: Finding the Ground States of H2 and LiH - Part 1
26. Quantum Chemistry II: Finding the Ground States of H2 and LiH - Part 2
27. Quantum Chemistry II: Finding the Ground States of H2 and LiH - Part 3
How to Get a Job in Quantum Computing, Career Panel
Introduction to Quantum Computing and Quantum Hardware — Lab 1
Introduction to Quantum Computing and Quantum Hardware — Lab 2
Introduction to Quantum Computing and Quantum Hardware — Lab 3
Introduction to Quantum Computing and Quantum Hardware — Lab 4
Introduction to Quantum Computing and Quantum Hardware — Lab 5
Introduction to Quantum Computing and Quantum Hardware — Lab 6
Introduction to Quantum Computing and Quantum Hardware — Lab 7
Introduction to Quantum Computing and Quantum Hardware — Lab 8
Introduction to Quantum Computing and Quantum Hardware — Lab 9