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Dancing with Python: Learn to code with Python and Quantum Computing
回答者の88%がこの商品を友人に勧めたいと回答
JPY 10955
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Dancing with Python helps you learn Python and quantum computing in a practical way. By the end of the book, you will be proficient in programming the latest and most powerful quantum computers, the Pythonic way.
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製品詳細
- Develop skills in Python and Quantum Computing by implementing algorithms, mathematical functions, classical searching, data analysis, and machine learning techniques
- Create quantum circuits and algorithms using Qiskit and run them on quantum computing hardware and simulators
- Learn the Pythonic way of coding with advanced features including machine learning, analyzing data, and searching
- Explore working with numbers, strings, collections, iterators, and files using Python and Qiskit
- Understand quantum gates, build quantum circuits, write succinct Pythonic code, and analyze data for basic machine learning models
- Suitable for beginners in Python and Quantum Computing with basic knowledge of algebra, geometry, trigonometry, and logarithms
| Publisher | Packt Publishing |
| Publication date | August 31, 2021 |
| Language | English |
| Print length | 744 pages |
| ISBN-10 | 1801077851 |
| ISBN-13 | 978-1801077859 |
| Item Weight | 2.77 pounds (1.26 kg) |
| Dimensions | 7.5 x 1.68 x 9.25 inches (19.1 x 4.3 x 23.5 cm) |
どんな人にお勧めですか?
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Beginner Coders
Ideal for those just starting out with programming and looking to learn Python in an engaging way.
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Quantum Enthusiasts
Perfect for individuals interested in quantum computing and wanting a foundational knowledge of Python to explore it.
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Fun Learning Seekers
Suitable for learners who prefer a creative, entertaining approach to grasp coding concepts through dancing metaphors.
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Advanced Programmers
Experienced coders may find the content too basic and simplistic for their advanced skill sets.
製品説明書
Dancing with Python: Learn to code with Python and Quantum Computing
お客様の質問と回答
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質問:
What is 'Dancing with Python: Learn to code with Python and Quantum Computing' about?
回答: This book offers an engaging approach to learning Python programming intertwined with the principles of quantum computing. It caters to beginners and intermediate programmers, providing insights on how Python can be used to explore quantum concepts. Through practical examples and exercises, readers gain a foundational understanding of both Python and quantum frameworks, paving the way for advanced studies and applications. -
質問:
Who is the target audience for this book?
回答: The target audience includes anyone interested in learning Python programming, from complete novices to those with some coding experience who want to delve into quantum computing. Educators, students, and professionals seeking to enhance their skill set will find this book particularly beneficial. It combines coding with quantum theory in an accessible manner, making it suitable for various learning environments. -
質問:
What programming concepts does this book cover?
回答: The book covers fundamental programming concepts such as variables, data types, loops, and functions before transitioning into more advanced topics related to quantum computing. It also introduces libraries essential for quantum programming in Python, such as Qiskit. By integrating these concepts with quantum logic, readers can understand how classical programming converges with quantum applications. -
質問:
Is prior programming experience needed to read this book?
回答: No prior programming experience is required to engage with 'Dancing with Python.' It begins with foundational programming principles and gradually builds up to more complex ideas related to quantum computing. This incremental approach means that even complete beginners can benefit from the material. However, familiarity with basic math and logic concepts can enhance the learning experience. -
質問:
Can this book help with career opportunities in tech?
回答: Absolutely! As Python is one of the most sought-after programming languages in the tech industry, and quantum computing is an emerging field, this book equips readers with relevant skills. By mastering Python coding alongside quantum principles, individuals can position themselves for roles in software development, data science, and quantum research, enhancing their employability in the tech job market. -
質問:
Are there practical exercises included in the book?
回答: Yes, the book includes numerous practical exercises designed to reinforce learning and provide real-world coding experience. These exercises encourage readers to apply newly acquired skills and concepts in hands-on projects, facilitating a deeper understanding of Python and its applications in quantum computing. This experiential learning approach helps to solidify concepts and prepare readers for practical scenarios. -
質問:
What are the prerequisites for understanding quantum computing concepts in this book?
回答: While the book is designed to be accessible, a basic understanding of linear algebra and probability can significantly benefit readers as they explore quantum computing topics. The authors aim to demystify complex quantum theories through Python programming, so having a foundational grasp of mathematics will aid in comprehending the more intricate aspects of the subject matter. -
質問:
How can this book aid in learning Python for data science?
回答: Learning Python through this book can greatly benefit those interested in data science as it covers essential programming constructs crucial for data manipulation and analysis. The integration of quantum computing theories adds a cutting-edge dimension to traditional data science techniques, empowering readers to approach problems with innovative solutions and utilize quantum algorithms for enhanced data processing capabilities. -
質問:
Are there online resources or communities for readers of this book?
回答: Yes, readers of 'Dancing with Python' are encouraged to engage with various online resources and communities dedicated to Python and quantum computing. Platforms such as GitHub, Stack Overflow, and specific forums related to Qiskit and quantum programming provide valuable support, code repositories, and discussion opportunities. Engaging with these communities can enhance the learning experience and provide additional resources for tackling challenges. -
質問:
Where can I buy 'Dancing with Python: Learn to code with Python and Quantum Computing'?
回答: You can purchase 'Dancing with Python: Learn to code with Python and Quantum Computing' through Ubuy. Ubuy offers a convenient shopping platform that provides a vast selection of books, including this title, making it easy to find and acquire it in Japan.
Object-Oriented Design Editorial Review
Dancing with Python: Learn to code with Python and Quantum Computing offers a comprehensive introduction to both Python programming and quantum computing concepts. The author effectively utilizes real-world examples and relatable scenarios to make complex topics accessible. The book includes essential Python components such as expressions, functions, and libraries, along with a foray into quantum themes like qubits and algorithms. Readers appreciate the practical approach of having Python code examples throughout, enhancing comprehension of advanced programming concepts. This resource is particularly valuable for both beginners in software development and experienced developers seeking to explore quantum applications.
お客様のレビュー&評価
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この商品のレビュー
お考えをお聞かせください
長所
- Comprehensive coverage of Python and quantum computing
- Real-world examples make concepts easier to understand
- Includes practical code examples for hands-on learning
- Excellent resource for beginners in software development
- Covers important libraries for machine learning and AI
短所
- Some concepts may require additional background knowledge
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JPY 10955
今すぐ注文すると 頃に届きます 金曜日, 10月 09
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特徴と利点
- Learn to work with numbers, strings, collections, iterators, and files
- Use Python and Qiskit to create gates and circuits for classical and quantum computing
- Explore different quantum gates and build quantum circuits with Qiskit and Python
- Analyze data, build basic machine learning models, and plot the results
- Search for information using the quantum Grover Search Algorithm
- Proficient in programming the latest and most powerful quantum computers, the Pythonic way
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