How to code for Quantum Computers

Ready to move beyond hype and start coding for quantum computers? "How to Code for Quantum Computers" provides the clear, step-by-step approach you need. We break down complex concepts - from qubits and gates to full circuits - into manageable, practical examples using Google's Cirq.
You won't just learn theory; you'll implement cornerstone algorithms like Deutsch-Jozsa, Grover, and Shor, alongside the renowned quantum teleportation protocol. This hands-on method ensures you build a robust foundation.
This practical focus is recognized by experts. Professor Yamamoto Fujio (Professor Emeritus of CS, Kanagawa Institute of Technology), noted "it is not a so-called how-to book, but a compact summary of basic concepts. As soon as you open the book, you get the feeling that something fun is written in it. In the second half, the quantum Fourier transform, quantum phase estimation, and Shor's algorithm calculations are explained in detail", highlighting the effectiveness of this learning style. By mastering these techniques, you'll join a growing group gaining critical skills for tomorrow's technology.
This book empowers readers to:
Truly Master Quantum Programming through hands-on projects.
Unlock Cutting-Edge Opportunities in research and industry.
Achieve Significant Career Advancements in a high-demand field.
Get started instantly: The complete source codes for sample programs (Cirq/Python on Jupyter Notebooks) are available in a public Bitbucket repository.

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