A few books on quantum physics, and a few other questions, please help solve them if you understand

As a beginner, you can read popular science books such as "Does God Roll the Dice", "The Evolution of Physics" can read the relevant chapters, "The Magical Quantum World" can be watched, and after a certain foundation, you can read "Feynman Physics Lectures".

After going deeper, look at "The Strings of the Universe", which may involve superstring theory, but it can still be understood if there is no complex mathematical process in the book.

Focusing on the "New Concept Physics Course", colleges and universities generally do not choose this book as a textbook for undergraduate students in the Department of Physics. This book is not popular science,And it can be regarded as a formal textbook,If the landlord is interested in physics, it doesn't hurt to gnaw first,It's inevitable to encounter difficulties.,I hope the landlord wants to ask more.。

As for recommended books, landlords may wish to take a look at "Schrödinger's Cat", "Entangled State", "Chaos Theory", etc.

Upstairs, the latter part of a brief history of time is more difficult than some of the books above!!

There are some books in it, and I've read some of them. For your suggestion:

1.The evolution of physics, this book is good, easy to understand. The writing and translation are also okay.

5.This book is also good, I read it when I was in middle school, and I could understand most of it, and it was very interesting.

Others, some haven't read it, some may be due to translation, and the writing is not very good... It's hard to read.

There is a talk about quantum in Adventures in the Physical World.

1. From Surprise to Thought: The Wonders of Mathematical Paradoxes

2. "The Course of Genius Guidance".

3. "History of Quantum Physics".

4. "New Quantum World".

5, "Ghost in the Atom".

6. History of Elementary Particle Physics

7, "The Universe in the Shell".

8. "The History of Quantum Mechanics".

9. "New Quantum World".

10, "The Strings of the Universe".

Introduction to Quantum Chemistry, Schrödinger.

An upgraded version of Quantum Mechanics.

An upgraded version of the upward movement of Quantum Field Theory.

The Theory of Gravity is not a graduate student's book, and the first two books will be more interesting to this "book").

I haven't been to a bookstore.

1. Quantum mechanics cannot solve any of the three problems of "the principle of gravitation", "why magnets are magnetic", "the conversion of time and space"...

2. The introduction to quantum mechanics is recognized as "Does God Roll Dice - A History of Quantum Physics" Don't look at the name of this book, there is a "historical story", in fact, it is just a chronological meaning. This book is recognized as the best, let's talk about something else after reading it, after all, quantum mechanics on the theoretical level.

I really hate the historical discourse, and "The New Quantum World", written by Anthony Patrick Walters, is also very good.

3. Regarding the "principle of gravitation" and "the transformation of time and space", such questions are suggested by Hawking's "A Brief History of Time" and "The Universe in the Shell", which discusses this, and is also recognized as the best popular science book in this regard.

It is not recommended to buy any books in the "Universe in the Shell" series, you should buy all the books in the "Quantum Entanglement" series by Brian Clegg (he writes much more vividly). Hawking does not describe quantum mechanics in detail, but mainly describes the scientific development process of quantum mechanics and other useless "Introduction to Quantum Chemistry" is to describe the real formation process of quantum mechanics.

Summary. Hello dear! <>

Glad to answer for you: Quantum mechanics is a very complex subject that requires a certain foundation in mathematics and physics. Here are the basics you need to learn quantum mechanics:

1.Linear algebra: matrices, vectors, matrix multiplication, matrix inversion, eigenvalues and eigenvectors, etc.

2.Calculus: derivatives, integrals, ordinary differential equations, partial differential equations, etc.

3.Classical mechanics: Newton's laws, momentum theorem, angular momentum theorem, Hamiltonian mechanics, etc.

4.Electromagnetism: Maxwell's equations, electromagnetic waves, quantization of electromagnetic fields, etc.

5.Quantum mechanics: wave-particle duality, wave functions, Schrödinger's equations, measurements, entanglement, etc.

Richard Feynman: This book is a very classic textbook on quantum mechanics, suitable for readers with a certain foundation in physics. 2.

This book is a very concise textbook on quantum mechanics, covering the basic knowledge of quantum mechanics, suitable for beginners to get started quickly.

Quantum mechanics zero-based self-study, what are the necessary foundations? Please recommend a few books to use for self-study.

Hello dear! <>

Glad to answer for you: Quantum mechanics is a very complex subject that requires a certain foundation in mathematics and physics. Here are the basics you need to learn quantum mechanics:

1.Linear algebra: matrices, vectors, matrix multiplication, matrix inversion, eigenvalues and eigenvectors, etc.

2.Calculus: derivatives, integrals, ordinary differential equations, partial differential equations, etc.

3.Classical mechanics: Newton's laws, momentum theorem, angular momentum theorem, Hamiltonian mechanics, etc.

4.Electromagnetism: Maxwell's equations, electromagnetic waves, quantization of electromagnetic fields, etc.

5.Quantum mechanics: wave-particle duality, wave functions, Schrödinger's equations, measurements, entanglement, etc.

Richard Feynman: This book is a very classic textbook on quantum mechanics, suitable for readers with a certain foundation in physics. 2.

3."Quantum Mechanics: Stevens' Classroom Notes" (Honored Person:

This book is a very concise textbook on quantum mechanics, covering the basic knowledge of quantum mechanics, suitable for beginners to get started quickly.

The most intriguing thing is why you should learn classical mechanics.

The reason why you need to learn classical mechanics before studying quantum mechanics is that the concepts and formulas of quantum mechanics are based on classical mechanics. Classical mechanics is the study of the macroscopic motion of the object, which provides a mathematical model to describe the motion of the object, which involves Newtonian force segment sensitivity, Lagrangian mechanics and Hamiltonian mechanics. Quantum mechanics is a discipline that studies the microscopic motion of matter, but its basic concepts and mathematical models are still based on classical mechanics, such as the concept of wave function and the form of Schrödinger's equation.

Therefore, learning classical mechanics can help us better understand the basic concepts and mathematical models of quantum mechanics, and lay the foundation for an in-depth understanding of quantum mechanics. In addition, classical mechanics is also one of the basic disciplines of physics, and has a wide range of applications in many fields, such as celestial mechanics, mechanical vibration, etc.

Summary. Quantum mechanics is a very complex discipline that requires a certain mathematical foundation and a physical foundation for in-depth study. Here are the essential basics and recommended books for self-study of quantum mechanics:

1.Linear algebra: The concepts and methods of linear algebra are widely used in quantum mechanics, so mastering linear algebra is a necessary condition for self-learning quantum mechanics.

Quantum mechanics zero-based self-study, what are the necessary foundations? Please recommend a few books to use for self-study.

Quantum mechanics is a very complex discipline that requires a certain mathematical foundation and a physical foundation for in-depth study. The following families are essential basics and recommended books for self-study of quantum mechanics:1

Linear Algebra and Its Omenous Big Fingers (American) by Gilbert Strang.

2.Calculus: Calculus is an indispensable mathematical tool in fields such as physics and engineering, and is the foundation of quantum mechanics. Recommended book: Old-fashioned Principles of Calculus Jby Stewart.

3.Fundamentals of Physics: Quantum mechanics is one of the most important branches of modern physics, so it requires a certain understanding of classical physics.

leighton, m.by Sands.

4.Fundamentals of Quantum Mechanics Side-Failure Chains: After mastering the above basic knowledge, you can start to systematically learn the mechanics of quantum and dry chains. Recommended book Yunsun: Introduction to Quantum Mechanics (English) Dby Griffiths.

5.Examples of applied burial reform: By reading practical application cases, you can better understand the concepts and applications of quantum mechanics. Recommended book: Quantum Computing and Quantum Information (English) by Nielsen, Chuang.

Introduction: Seven chapters and two appendices on co-division and light propagation, geometric optical imaging, interference, diffraction, transform optics and holography, polarization, interaction between light and matter, and quantum nature of light.

Introduction: It includes seven chapters, including introduction, wave function and Schrödinger equation, mechanical quantities, states and appearances of mechanical quantities in quantum mechanics, perturbation theory, scattering, spin and identical particles. When he expounded the basis of representation theory, he introduced the Dirac symbol, which is common in modern literature, and also introduced the representation of possession numbers through the example of linear harmonic oscillators.

Introduction: Including the experimental basis of quantum mechanics, wave function and Schrödinger equation, one-dimensional stationary state problem, mathematical preliminary and basic assumptions of quantum mechanics, algebraic study of time-independent problems, central force field, stationary perturbation theory, variational method, quantum transitions in time-dependent perturbation theory, several typical applications, elastic scattering, and coincidental particle systems.