Qiskit Global Summer School - Quantum Computing and Quantum Simulation 2022

Explore quantum computing fundamentals and quantum simulation applications through this comprehensive 17-hour summer school program. Delve into the history and motivation behind quantum computing, master essential linear algebra and circuit composition techniques, and understand Hamiltonian time evolution principles. Learn to tackle complex simulation problems while navigating the challenges of noisy real quantum hardware. Gain deep insights into quantum chemistry simulation challenges and discover various methods for quantum simulation including static simulation approaches. Master quantum dynamics concepts through detailed exploration of time-dependent quantum systems. Engage with nineteen structured lectures, four hands-on laboratory exercises, and nine interactive Q&A sessions designed to provide a thorough foundation in quantum computing with specialized focus on quantum chemistry applications.

Syllabus

History of Quantum Computing & Motivation for Quantum Simulation - Part 1
History of Quantum Computing & Motivation for Quantum Simulation - Part 2
Introduction to Linear Algebra, Prerequisite Mathematics, and Circuit Composition - Part 1
Introduction to Linear Algebra, Prerequisite Mathematics, and Circuit Composition - Part 2
Hamiltonian Time Evolution - Part 1
Hamiltonian Time Evolution - Part 2
Simulation Problems - Part 1
Simulation Problems - Part 2
Noisy Real Hardware - Noise in Quantum Computers - Part 1
Noisy Real Hardware - Noise in Quantum Computers - Part 2
Noisy Real Hardware - Noise in Quantum Computers - Part 3
Broad Overview of Quantum Chemistry Simulation and Why it is a Challenge - Part 1
Broad Overview of Quantum Chemistry Simulation and Why it is a Challenge - Part 2
Methods for Quantum Simulation - Part 1
Methods for Quantum Simulation - Part 2
Quantum Static Simulation
Quantum Dynamics - Part 1
Quantum Dynamics - Part 2
Quantum Dynamics - Part 3