---
product_id: 709137873
title: "Quantum Computing and Information: A Scaffolding Approach (2e) (The Scaffolding Series)"
price: "382 zł"
currency: PLN
in_stock: true
reviews_count: 8
url: https://www.desertcart.pl/products/709137873-quantum-computing-and-information-a-scaffolding-approach-2e-the-scaffolding
store_origin: PL
region: Poland
---

# Quantum Computing and Information: A Scaffolding Approach (2e) (The Scaffolding Series)

**Price:** 382 zł
**Availability:** ✅ In Stock

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- **What is this?** Quantum Computing and Information: A Scaffolding Approach (2e) (The Scaffolding Series)
- **How much does it cost?** 382 zł with free shipping
- **Is it available?** Yes, in stock and ready to ship
- **Where can I buy it?** [www.desertcart.pl](https://www.desertcart.pl/products/709137873-quantum-computing-and-information-a-scaffolding-approach-2e-the-scaffolding)

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## Description

Quantum Computing and Information: A Scaffolding Approach (2e) (The Scaffolding Series) [Lee, Peter Y, Ji, Huiwen, Cheng, Ran] on desertcart.com. *FREE* shipping on qualifying offers. Quantum Computing and Information: A Scaffolding Approach (2e) (The Scaffolding Series)

Review: Textbook Done Right: Navigating the Quantum Computing with Clarity and Depth - I found "Quantum Computing and Information: A Scaffolding Approach" to be an accessible and pedagogically robust alternative to established industrial standard textbooks in the field. It strikes the perfect balance between theoretical depth and accessibility, making it an excellent resource for both senior undergraduates and entry-level graduate students. With content organized by complexity, it offers flexible engagement at various academic levels, highlighting its educational adaptability. The design and typesetting of the book immediately stood out to me, with its LaTeX implementation and thoughtful layout greatly enhancing the learning experience. This made complex theories and mathematical formulations easier to grasp. Additionally, the ebook features extensive hyperlinked cross-references, which include links to sections, equations, figures, tables, and indices, making navigation exceptionally convenient and interactive. The inclusion of specialized boxes to highlight key concepts and theories further added to the book's pedagogical value, blending aesthetic appeal with practical utility. The uncluttered and crisp typesetting of the text facilitated a deeper understanding of the intricate material, helping me to engage more effectively with the content. I was impressed by the effective use of over 100 original illustrations and more than 20 tables in the book. These visual aids were not just decorative but served as essential tools for enhancing understanding and providing a deeper grasp of the subject matter. They integrated seamlessly with the text, contributing significantly to the overall learning experience.
Review: A very accessible and systematic introductory quantum computing book - I had been interested in studying quantum computing for a long time, and this excellent book has been the best one that I've read so far. This well-written book is very systematic and accessible. Meanwhile it is also rigorous and does not compromise its depth. The scaffolding approach it takes is well implemented - the book starts with relatively simple math and a simple system, gradually leading readers to advance their steps to new important concepts following a reasonable learning curve. It offers good balance between accessibility and depth which makes reading the book truly pleasant and rewarding. After reading this book, now I finally feel like I stepped into the gateway of quantum computing and feel excited to read more advanced texts. From my personal experience, I think quantum computing can be a difficult subject for beginners because it demands a solid mathematical background in linear algebra to start with. On the other hand, linear algebra is only a tool to describe things and knowing linear algebra itself does not help too much in understanding quantum computing. I've read books which try to explain quantum computing with a downgraded level of linear algebra, and I don't think that works well. I've also read books which starts with heavy mathematics, and it also leads to steep learning curve which doesn't work well, either. In contrast, this book impressed me right away by starting with interesting yet important stuff in quantum computing, without make things too mathematical or introducing too many new things at the same time. It is just smooth to follow what the authors are saying with recalling or studying some basic mathematical knowledge when necessary (pretty much in linear algebra). The book also offers a lot of examples to assist readers. The appendix on linear algebra is truly comprehensive and very helpful. There are also exercises with good difficulty to check one's understanding. Overall, it has been a very smooth learning experience for me. The book introduces quantum computing basics up to Chapter 10, then starting Chapter 11 it begins to introduce more advanced topics - quantum algorithms, quantum error correction and quantum information. Those are crucial yet challenging topics to beginners. I think the book does a really good job there covering topics from foundational problems to cutting-edge concepts. I am still studying that part, but I feel very excited to be closers to quantum computing practice. There are many amazing aspects of the book, including the quality and readability of e-book. I highly recommend this book to those who are eager to learn quantum computing and look for a good textbook to step into the field.

## Technical Specifications

| Specification | Value |
|---------------|-------|
| Best Sellers Rank | #1,058,619 in Books ( See Top 100 in Books ) #294 in Scientific Reference #568 in Quantum Theory (Books) #2,079 in Artificial Intelligence & Semantics |
| Customer Reviews | 4.9 out of 5 stars 38 Reviews |

## Images

![Quantum Computing and Information: A Scaffolding Approach (2e) (The Scaffolding Series) - Image 1](https://m.media-amazon.com/images/I/61nbmTO6cCL.jpg)

## Customer Reviews

### ⭐⭐⭐⭐⭐ Textbook Done Right: Navigating the Quantum Computing with Clarity and Depth
*by Y***I on March 19, 2024*

I found "Quantum Computing and Information: A Scaffolding Approach" to be an accessible and pedagogically robust alternative to established industrial standard textbooks in the field. It strikes the perfect balance between theoretical depth and accessibility, making it an excellent resource for both senior undergraduates and entry-level graduate students. With content organized by complexity, it offers flexible engagement at various academic levels, highlighting its educational adaptability. The design and typesetting of the book immediately stood out to me, with its LaTeX implementation and thoughtful layout greatly enhancing the learning experience. This made complex theories and mathematical formulations easier to grasp. Additionally, the ebook features extensive hyperlinked cross-references, which include links to sections, equations, figures, tables, and indices, making navigation exceptionally convenient and interactive. The inclusion of specialized boxes to highlight key concepts and theories further added to the book's pedagogical value, blending aesthetic appeal with practical utility. The uncluttered and crisp typesetting of the text facilitated a deeper understanding of the intricate material, helping me to engage more effectively with the content. I was impressed by the effective use of over 100 original illustrations and more than 20 tables in the book. These visual aids were not just decorative but served as essential tools for enhancing understanding and providing a deeper grasp of the subject matter. They integrated seamlessly with the text, contributing significantly to the overall learning experience.

### ⭐⭐⭐⭐⭐ A very accessible and systematic introductory quantum computing book
*by T***A on March 22, 2024*

I had been interested in studying quantum computing for a long time, and this excellent book has been the best one that I've read so far. This well-written book is very systematic and accessible. Meanwhile it is also rigorous and does not compromise its depth. The scaffolding approach it takes is well implemented - the book starts with relatively simple math and a simple system, gradually leading readers to advance their steps to new important concepts following a reasonable learning curve. It offers good balance between accessibility and depth which makes reading the book truly pleasant and rewarding. After reading this book, now I finally feel like I stepped into the gateway of quantum computing and feel excited to read more advanced texts. From my personal experience, I think quantum computing can be a difficult subject for beginners because it demands a solid mathematical background in linear algebra to start with. On the other hand, linear algebra is only a tool to describe things and knowing linear algebra itself does not help too much in understanding quantum computing. I've read books which try to explain quantum computing with a downgraded level of linear algebra, and I don't think that works well. I've also read books which starts with heavy mathematics, and it also leads to steep learning curve which doesn't work well, either. In contrast, this book impressed me right away by starting with interesting yet important stuff in quantum computing, without make things too mathematical or introducing too many new things at the same time. It is just smooth to follow what the authors are saying with recalling or studying some basic mathematical knowledge when necessary (pretty much in linear algebra). The book also offers a lot of examples to assist readers. The appendix on linear algebra is truly comprehensive and very helpful. There are also exercises with good difficulty to check one's understanding. Overall, it has been a very smooth learning experience for me. The book introduces quantum computing basics up to Chapter 10, then starting Chapter 11 it begins to introduce more advanced topics - quantum algorithms, quantum error correction and quantum information. Those are crucial yet challenging topics to beginners. I think the book does a really good job there covering topics from foundational problems to cutting-edge concepts. I am still studying that part, but I feel very excited to be closers to quantum computing practice. There are many amazing aspects of the book, including the quality and readability of e-book. I highly recommend this book to those who are eager to learn quantum computing and look for a good textbook to step into the field.

### ⭐⭐⭐⭐⭐ A good book for learning quantum computing
*by E***N on March 24, 2024*

This meticulously crafted book serves as an exemplary textbook for studying quantum computing. Quantum computing represents a frontier area of technology with vast potential applications across various domains including scientific research, finance, and information security. Throughout the entirety of this book, a unique "scaffold method" is employed, aimed at breaking down the complexities of quantum computing concepts, thereby facilitating readers' comprehension of quantum computing. The content design of this textbook, encompassing the introduction of concepts and explanations of challenging topics, is notably clear, concise, and easily understandable. Furthermore, the meticulously designed original illustrations and tables within the book serve to enhance understanding of quantum computing. Moreover, the interactive navigation featuring hyperlinks interspersed throughout the book constitutes another distinctive feature, significantly enhancing the convenience and ease of learning quantum computing, thereby greatly improving learning efficiency. I contend that this book not only caters to students and educators but also serves as an indispensable learning tool for anyone seeking a comprehensive understanding of quantum computing.

## Frequently Bought Together

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*Product available on Desertcart Poland*
*Store origin: PL*
*Last updated: 2026-05-22*