Best Quantum Computing Books to learn about modern computing
Quantum computing is an advanced branch of modern computing which is evolving day by day. Quantum computing applies the properties of quantum physics to process information. Conventional computers process information based on binary digits which have two definite states 0 or 1. But quantum computers use quantum bits known as qubits to encode information as 0s, 1s or both at the same time. Quantum computers can manipulate enormous combinations of states at once. By using quantum computers, operations can be done much more quickly and it uses less energy than classical computers. It will enable new possibilities in the area of healthcare, energy, environmental systems, smart materials and beyond. Here we have some of the best books to learn about Quantum Computing.
Quantum computing is one of the most amazing
part of computer science. To start your journey of learning what quantum
computing is, this is one of the best books recommended for you. The writer of
this book, Scott Aaronson’s
informal style of presenting the idea of Quantum Computing will give you a
unique flavor. A wide range of interesting topics are covered on this book like
theory of computation, complexity theory, physics and philosophy. Anyone with
decent background in math and computer science will find this book easier to
read and learn. Starting with the very
first idea behind computing from Democritus this book go through the most
advanced topics of quantum computing. This book connects modern and classical
physics and describe their relation with Quantum Computing. Packed with so much
insight on theory of computability and the casual style of representing them
made this book a must read.
Topics covered on this book:
 Set theory
 Computability and complexity theory
 Randomness, Cryptography and Quantum Computing
 Details about Quantum states
 Interpretation of Quantum Computing
 Anthropic principle
 Time Travel, Cosmology and Complexity
 Interactive proofs and reference
This book is considered a classic for Quantum Computing.
Hurry up and grab your copy.
Quantum Computing for Babies is a simple
illustration of complex computing things to make your young ones familiar with
Quantum Computing. A child’s mind is a blank slate. Whatever you write on it
the child will try to remember. Today’s young will lead the world tomorrow. To
grow interest on them to learn complex computing topics this book is a
wonderful approach. You will like the way this book represented the difference
of the very basic thing of Quantum computing: the difference between bits and
qubits. This book introduces a step by step explanations of the Quantum
Computing basics with eyecatching illustrations. Buy this book and see your
young ones grow as a future Quantum Computing scientist.
If you want to know how a Quantum computer really works
and know the relevant information about it, this book is highly recommended for
you. Starting with the introductory discussion of Quantum Computing this book will
take you to a journey into the Quantum Space with complete instructions about how
to build a Quantum computer. Provided by IBM this book contains a plenty of instructions
and videos that will help you to learn precisely about the complex topics. This
book is easy to read, concise and the topics can be easily adopted by all kinds
of readers. A lot of instructions about quantum computing like bits and qubits,
the Schrodinger’s equation, Hilbert space, theory and algorithm of quantum
computing are brought to insight by this amazing book. Clear explanation of
theories is another advantage of this book.
This book contains the following topics
 Classical and modern computing
 Quantum state and Superposition state
 The Schrodinger’s equation
 Computing Eigen values and vectors
 Hilbert space
 The Qubits / Quantum Bits
 Details about Boolean and Quantum gates
 Quantum Algorithms
Quantum Computing is the mixture of information theory
and quantum mechanics. The mixture of these theories gave rise to a very
interesting subject which have changed the view of modern computing. By using
Quantum Computing we can break the boundary of classical computing and can do
much more. This book provides you all the things you need to know about Quantum
Computing. It is suitable for all kinds of readers like students,
mathematicians and computer professionals. This comprehensive guide will explain
all the theories and relevant math while offering numerous examples of Quantum
Computing. This book also give you warnings about wrong assumptions of the
basic theories about vector spaces and linear algebra. With very detailed
information this book makes learning Quantum Computing much easier.
This book consists of the following topics
 Introductory discussion
 Single Qubit and Multiple Qubit Quantum Systems
 Quantum state transformations and measurements
 Different Quantum Algorithms
 Entangled subsystems and Quantum Computations
 Quantum error correction and fault tolerance
 Numerous math, reference and examples
Quantum Computing for Computer Scientists is a good
introductory level presentation of complex Quantum Computing topics. This book is
focused on the people who like to learn a lot about theories and practical
explanations rather than complex mathematical equations. People with a little
knowledge about computing can find this book easily accessible and precise for
learning quantum computing. The writer have not induced an advanced level of
mathematics on this book rather he has organized the necessary materials which
will make the computer science students familiar with the aspects of Quantum
computing. Step by step examples and cumulative exercises of the topics of Quantum
computing has made this book much simpler and easy to learn. This book is highly
recommend it to someone beginner or novice who is looking for first serious
study on quantum computing.
Topics include in this book:
 Complex numbers and vector space
 Difference between classical and Quantum computing
 Architecture, Theory and algorithm of Quantum computing
 Programming in Quantum world
 Cryptography
 Information theory
 Quantum error handling
 Hardware implementations for Quantum Computing
This book is focused on the advanced undergraduate and beginner
graduate students. It contains detailed and clearly illustrated topics of
quantum computing, breaking down the complexities and reviews of additional
materials through diagrams and exercises. With solid background in linear
algebra this book introduces a reader with the possibilities and fields of
Quantum computing. Each concept of this book includes detailed and clear
explanations. While presenting the fundamental notions of computation theory
and quantum physics this book follow up the approach towards understanding
Quantum Computing.
The following is a brief overview of the book:
 Introduction to Quantum physics and computation
 Linear algebra and Direc
notation
 Framework of Quantum computing
 Quantum model
 Teleportation
 Quantum algorithms
 Complexity theory and Quantum error correction

Exercises and examples
Computer scientist and Scientific American’s columnist
Dennis Shasha teaming up with journalist Cathy Lazere represents the most
common things that can be obtained by natural computing in this book. By taking
interviews of 15 leading scientists the authors presented an idea about the
future of computing with nature. This book features the related information of
each scientist on their favorite topics about computing. How a computer works,
how robots learn from the nature and take decisions these kinds of things are now
common in modern world. On this book the authors showed us the adaptability of computing.
With a glimpse of physics and natural computing they have also made us familiar
with Quantum computing. Their research will help you understand that how the
traditional computing can be taken to a new height. This book will change your
perception towards computing. It will explain you the integrity of computer not
only in computer science but also in other aspects like finance, engineering,
medicine, weather etc. From microorganisms to space explorations, this book is
an allinone guide for you to learn natural and Quantum computing.
The basic of any program is its algorithm. As the name
suggests An Introduction to Quantum Computing Algorithms explains all about
Quantum Computing algorithms. This book covers the fundamental algorithms such
as Shor's factoring, Grover's search and error correction algorithms etc. It
mainly focuses on the algorithmic approach rather than the formal contents with
plenty of examples. A reader will easily understand the critical parts of
computing by reading this book. It also describes how quantum theory can be
applied on normal computing. Numerous exercises and examples will help you to
learn practically. This book is highly recommended for the readers.
We will learn:
 Basic context of quantum mechanics
 Basics of Quantum Computation
 Different Quantum algorithms
 Quantum error corrections
This book describes Quantum Computing based on theoretical
physics and teaches us the fundamentals of quantum information theory. It is wellwritten
for the ones having no prior knowledge about quantum computing. The author
presented the critical ideas of quantum computing through a unique “how to”
style and a friendly and conversational approach towards it. The readers will
learn how to break down complex quantum calculations and solve them. Plenty of
examples are provided on this book which will help the students to gain a real
life experience of learning Quantum Computing.
The combination of two of the twentieth century's most influential and revolutionary scientific theories, information theory and quantum mechanics, gave rise to a radically new view of computing and information. Quantum information processing explores the implications of using quantum mechanics instead of classical mechanics to model information and its processing. Quantum computing is not about changing the physical substrate on which computation is done from classical to quantum but about changing the notion of computation itself, at the most basic level. The fundamental unit of computation is no longer the bit but the quantum bit or qubit. This comprehensive introduction to the field offers a thorough exposition of quantum computing and the underlying concepts of quantum physics, explaining all the relevant mathematics and offering numerous examples. With its careful development of concepts and thorough explanations, the book makes quantum computing accessible to students and professionals in mathematics, computer science, and engineering. A reader with no prior knowledge of quantum physics (but with sufficient knowledge of linear algebra) will be able to gain a fluent understanding by working through the book.