Design & Modeling Quantum Databases

About the Book

This book provides a comprehensive and practical introduction to the design, modeling, and implementation of quantum databases. It is crafted to serve as a primary textbook for undergraduate (B.Tech) and postgraduate (M.Tech) computer science students, as well as a hands-on guide for software developers, data architects, and researchers venturing into the quantum computing domain.


Philosophy

The core philosophy of this book is "learning by doing." I believe the best way to understand the revolutionary potential of quantum databases is to build them. Consequently, this text deliberately prioritizes practical application over dense theoretical exposition. Every concept is introduced with the immediate goal of putting it to use. Complex quantum principles are distilled into their essential, functional roles within a database context, ensuring that the reader is not just a passive consumer of information but an active creator of technology.


Key Features

1. Beginner to Advanced: The content is structured to be accessible to absolute beginners while also providing sufficient depth and a challenging capstone project for advanced learners.
2. Practical & Application-Focused: More than 80% of the content is dedicated to practical modeling, implementation, hands-on examples, case studies, and code.
3. Logically Sequenced: The 10-chapter structure ensures a smooth and logical progression of learning, from foundational theory to full-scale deployment.
4. Complete DIY Project: The final chapter provides a complete, working capstone project with fully explained source code for a real-world quantum-enhanced application.
5. Simplicity and Clarity: The book is written in a simple, lucid style, ensuring that even the most complex topics are easy to understand and implement.


To Whom This Book Is For

This book is intended for a broad audience:

1. B.Tech/M.Tech Computer Science Students: As a primary textbook that aligns with their curriculum and prepares them for the future of data technology.
2. Software Developers & Database Architects: Professionals looking to upskill and understand how to integrate quantum principles into next-generation data systems.
3. Academic Researchers: As a practical reference for implementing and experimenting with quantum database models.
4. Aspiring Quantum Programmers & Hobbyists: Self-learners and enthusiasts, including advanced high-school students, who want a practical entry point into the world of quantum applications.

Disclaimer: Earnest request from the Author.

Kindly go through the table of contents and refer kindle edition for a glance on the related contents.

Thank you for your kind consideration!