Introduction to Quantum Computing

Course details

Classical computing, which gave us the current digital age, is about to be displaced by a more exciting, powerful, and radically different form of computing. This technology—known as quantum computing—operates under completely different scientific principles and has the potential to provide a massive technological leap forward that will enable breakthroughs in artificial intelligence, medicine, chemistry, space capabilities, mixed reality, and so much more. Those left behind will find it hard to catch up. Learn all about it here, as well as how to apply quantum computing to your own (and your organization's) outlook for the future. In plain language, instructor Jonathan Reichental lays out what quantum computing is and details its applications, opportunities, and risks.

Learning objectives
Summarize the existing state of computing.
Describe the basics of quantum physics.
Explain the principles of quantum computing.
Explain quantum computing’s benefits.
Identify opportunities that quantum computing brings.

Concepts

0. Introduction

01 - A new era of computing is emerging

1. Understanding Classical Computing

02 - The current computing age
03 - A brief history of the third industrial revolution
04 - A simple explanation of classical computing
05 - Drivers of the next generation of computing

2. What Is Quantum Computing

06 - What exactly is this quantum stuff
07 - A brief timeline of quantum research to date
08 - What is quantum computing
09 - Superposition - The core idea in quantum computing
10 - Entanglement and other fun concepts

3. Applications of Quantum Computing

11 - The current state of quantum computing research
12 - Examples of quantum computing implementations
13 - Quantum computing applications now and in the future

4. Opportunities and Risks of Quantum Computing

14 - Opportunities for enterprises and individuals
15 - Quantum computing in the fourth industrial revolution

Conclusion

16 - Final thoughts and next steps