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This textbook is designed to introduce quantum computing to readers who do not have a strong background in linear algebra. The author, an engineer by training, has drawn from their own self-study experience to create a resource that is accessible to undergraduate and master's students who are willing to dedicate approximately 60-90 hours to seriously learning quantum computing.
The book not only serves as a self-study guide but also includes teaching videos for each chapter and more than 200 exercises with answers. This comprehensive approach allows readers to actively engage with the material and put their newfound knowledge into practice.
One of the key features of this textbook is the ability for readers to write their own programs to simulate quantum computing algorithms and run them on real quantum computers, such as those provided by IBM-Q. This hands-on experience is invaluable in reinforcing the concepts and principles covered in the book.
Unlike some other resources that offer only a superficial or "hand-waving" explanation of quantum computing, this textbook uses a rigorous, formal approach. This ensures that readers can continue to pursue more advanced topics based on the solid foundation they have built through this book.
The author's goal is to make quantum computing accessible to a wide audience, including those who may not have a strong background in linear algebra. By providing a step-by-step, well-structured learning experience, the textbook aims to demystify this rapidly evolving field and empower readers to engage with quantum computing, both in theory and in practice.
Whether you are an undergraduate or master's student, or simply someone with a keen interest in quantum computing, this textbook offers a comprehensive and engaging learning opportunity. With its combination of theoretical explanations, practical exercises, and access to real quantum computing platforms, it is a valuable resource for anyone seeking to expand their knowledge and skills in this exciting and rapidly advancing field.
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