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Item #:
17143250
Quantum Computing: An Applied Approach
86% of respondents would recommend this to a friend
Item #:
17143250
ETB 4303
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Quantum Computing will change our world in unexpected ways. Everything technology leaders, engineers and graduate students need is in this book including the methods and hands-on code to program on this novel platform.
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What Stands Out
Hands-On Learning
Offers practical applications and exercises, enabling readers to apply quantum computing concepts directly, making it easier to grasp complex theories.
Comprehensive Coverage
Covers fundamental principles and advanced topics alike, ensuring a well-rounded understanding for both beginners and experienced professionals looking to deepen their knowledge.
Real-World Applications
Highlights practical implementations of quantum computing in various industries, showcasing its real-world relevance and encouraging innovation among readers.
Product Details
- Integrates quantum computing foundations with a hands-on coding approach
- Suitable for academic coursework and corporate technical training
- Comprises three books in one covering necessary foundations, quantum computing algorithms, and mathematical toolkit
- Includes a table of operators and circuit elements as additional resources
- Companion GitHub site provides code and updates
- Authored by Jack D. Hidary, a research scientist in quantum computing and AI at Alphabet X, formerly Google X
| Country of Origin | This item will be imported from US |
| Item Weight | 2 lbs (910 grams) |
| What is in the box | Quantum Computing: An Applied... For more details, please check description/product details |
Who Should Buy?
-
Students and Educators
Ideal for students and educators seeking a practical introduction to quantum computing concepts and applications.
-
Industry Professionals
Beneficial for professionals in tech sectors wanting to integrate quantum computing into their projects and strategies.
-
Researchers
Useful for researchers aiming to explore quantum algorithms and applications in a structured, hands-on manner.
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Beginners without Background
Not suitable for complete beginners who lack foundational knowledge in computing or mathematics prior to studying quantum concepts.
Product Description
Quantum Computing: An Applied Approach
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Customer Questions & Answers
-
Question:
What are the main topics covered in 'Quantum Computing: An Applied Approach'?
Answer: The book covers fundamental concepts of quantum computing, including quantum mechanics, quantum algorithms, and their practical applications. It delves into quantum programming languages, notably Q# and other tools, which allow readers to implement quantum algorithms on real quantum hardware. Practical use cases range from cryptography to optimization problems, making these concepts relevant for software developers and data scientists exploring the quantum realm. -
Question:
Who is the target audience for this book?
Answer: 'Quantum Computing: An Applied Approach' is designed for both beginners and experienced programmers who want to understand quantum computing's principles and applications. College students, researchers, and industry professionals seeking to enhance their skills in quantum algorithms will find it immensely beneficial. By bridging theoretical concepts with practical usage, this book serves as a foundational resource for anyone aiming to work with quantum technologies. -
Question:
What programming languages or tools are discussed in the book?
Answer: The book introduces several programming languages tailored for quantum computing, with a strong emphasis on Q#. It includes examples and exercises to help readers apply their knowledge practically using Quantum Development Kit and other associated tools. This focus on hands-on learning equips developers with the necessary skills to create their own quantum algorithms, building a bridge between theory and real-world applications in fields like machine learning and cryptography. -
Question:
How can quantum computing impact industries today?
Answer: Quantum computing has the potential to revolutionize various industries, including finance, pharmaceuticals, and logistics. Its ability to process vast amounts of data and solve complex problems much faster than classical computers opens new avenues for innovation. For instance, in drug discovery, quantum algorithms can help identify molecular interactions more quickly, while in finance, they can optimize investment strategies, showcasing the practicality of algorithmic approaches discussed in the book. -
Question:
Is prior knowledge of quantum mechanics necessary to understand this book?
Answer: While some background in quantum mechanics can be beneficial, 'Quantum Computing: An Applied Approach' is structured to cater to readers with varying levels of familiarity. It provides clear explanations and builds concepts progressively, allowing novice learners to grasp essential topics without prerequisite knowledge. This approach helps demystify quantum principles, making them accessible, especially in the context of developing practical solutions using quantum algorithms. -
Question:
What practical projects or exercises can I expect from this book?
Answer: The book contains numerous practical projects and exercises that reinforce quantum computing concepts, including coding challenges in Q#. Readers can expect to engage in projects like creating quantum teleportation protocols and Grover's search algorithm implementations. These hands-on activities are designed to solidify understanding and encourage experimentation, making the learning process interactive and aligned with real-world quantum computing scenarios. -
Question:
How does this book compare to other quantum computing books?
Answer: 'Quantum Computing: An Applied Approach' differentiates itself by focusing on practical applications alongside theoretical frameworks. Unlike other texts that may lean too heavily on theory, this book balances both, making complex quantum concepts more digestible. It offers a comprehensive look into programming aspects, practical exercises, and real-world applications, appealing to individuals intending to apply quantum computing in professional environments. -
Question:
Can I use this book for self-study?
Answer: Absolutely! The structured layout of 'Quantum Computing: An Applied Approach' makes it a perfect resource for self-study. It includes clear explanations, progressively challenging exercises, and practical examples that build a strong understanding of quantum computing. This self-paced learning approach allows individuals to fully engage with the material at their comfort, enabling them to explore concepts in depth and apply them in various contexts. -
Question:
Where can I find updated resources or supplementary materials for this book?
Answer: Supplementary materials for 'Quantum Computing: An Applied Approach' may be available on the publisher's website, which often provides coding resources, solutions to exercises, and additional reading materials. Moreover, online forums and communities dedicated to quantum computing can also serve as excellent platforms for discussion and resource sharing. Engaging with these resources can enhance your learning experience and deepen your understanding of the subject matter. -
Question:
Where can I buy Quantum Computing: An Applied Approach?
Answer: You can buy 'Quantum Computing: An Applied Approach' at Ubuy in Ethiopia. Ubuy offers a variety of purchasing options, allowing you to conveniently acquire this essential resource for your quantum computing journey.
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Features & Benefits
- Integrates foundations of quantum computing with a hands-on coding approach
- Suitable for academic coursework and corporate technical training
- Comprises three books in one cover
- Covers necessary foundations, quantum computing algorithms, and mathematical toolkit
- Additional resources provided include a table of operators and circuit elements, and a companion GitHub site for code and updates
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