I saw two books on the Internet, a book on Physics and Life and Feynman Lectures on Physics.

The Evolution of Physics was written by Albert Einstein (in collaboration with Infeld in the thirties) and published by the Cambridge University Press in 1938. In 1962, the book was translated and introduced to China by Zhou Zhaowei and published by Shanghai Science and Technology Publishing House. This book seems to have a certain uniqueness, it is not a simple history of physics, nor is it a popular textbook of physics, although after reading it, you will think that it may have both functions, and it does both very well - as a book on the history of physics, it is incisive and clear, and as a popular book of physics, it never involves complex mathematical formulas, and it is easy to understand.

On the whole, the book introduces the evolution from the classical mechanics systems of Galileo and Newton to the modern field theory, relativity and quantum theory, and selects several key points to clarify this transformation and lead the reader to think about the philosophical and conceptual changes involved behind the transformation phenomenon. Roughly as mentioned in the preface: this book is not a historical record, because in it it is almost difficult to find specific historical figures and times, but focuses on the evolution of the history of ideas and ideas in physics, as mentioned in the original preface:

Our aim is to depict in broad strokes how the human intellect finds connections between the world of ideas and the world of phenomena. "Feynman Lectures on Physics" is a lecture by American physicist Feynman when he gave lectures to freshmen and sophomores in the United States, and finally compiled into a set of tutorials by later generations, namely "Feynman Lectures on Physics".In terms of content, it is the most basic ordinary physical content.

The so-called ordinary physics is because many laws and laws are based on experiments, reasoning and summarizing the laws. Therefore, his requirements are not very high, and the requirements for mathematics are not high, as long as undergraduates have studied advanced mathematics, they can see it. The idea of the book is very clear, the content is easy to understand, and the mathematical processing is very clear and simple.

Therefore, this is a very good foreign masterpiece for learning general physics and basic physics. Although there is no comparison between the two, Feynman Lectures on Physics covers a wide range of knowledge and requires some professional knowledge of physics. Therefore, it is more difficult to learn than "The Evolution of Physics".

Domestic colleges and universities generally do not use Feynman lecture notes as professional books, because Feynman lecture notes are different from domestic teaching, but they are very good teaching materials for extracurricular development.

Feynman covers a very complete range of knowledge, some of which are very cutting-edge, and the physics ideas are rich, but many knowledge points are passed by, and more attention is paid to let students understand, rather than for the sake of taking exams. In fact, Feynman's lecture notes are better than a syllabus of physics, but they are only introduced, and if you want to really learn thoroughly, you also need to read professional textbooks in various fields, which is the teaching idea of foreigners, which is different from domestic test-oriented education.

Zhao Kaihua's new conceptual physics series mentioned on the first floor is very classic, rich in content, detailed in process, and relatively interesting, but it is more difficult, and only a few colleges and universities use it, but as a reference book, the use of new concepts is very extensive.

The core courses of the physics major are:

General Physics: Force, Heat, Electricity, Light, Primordial, Theoretical Physics: Four Mechanics + Solid State Physics.

The textbooks used by each university are different, and some of them include Guo Shuohong's "Electrodynamics", Yang Fujia's "Atomic Physics", and Wang Zhicheng's "Thermodynamic Statistical Physics".

Zhou Shixun's "Quantum Mechanics".

Huang Kun's Solid State Physics

However, Zeng Jinyan's "Quantum Mechanics" is more recognized.

Feynman's physics lecture notes are more self-taught, allowing you to understand physics rather than answering questions.

It is used as a reference book. Not necessarily going to learn.

Our reference books are mainly Kaihua Zhao's New Concept Physics Tutorial series.

Solid state physics was written by Huang Kun (very awesome).

Of course, there needs to be a foundation. Because physics lecture notes are particularly difficult and there is a lot of esoteric knowledge, we must have a foundation.

Of course, you need a foundation, so that you can better understand what is inside, and you definitely need to have a certain foundation, so that you can learn better.

It's very basic, and some of the things mentioned are basic principles, and everyone can understand some of the above content.

Introduction: Many well-known physicists are actually university teachers and professors, so they will also summarize their thinking results and teaching methods and pass them on to other students, among which the more famous one is the lecture notes compiled by Feynman, a physicist. Do you need knowledge to read Feynman's physics lecture notes?

Why? > although teaching abroad is generally easy to understand, and a large number of examples are given to pave the way, and students can understand the knowledge in the books well, Feynman also takes a similar approach. But Feynman was an excellent physicist after all, and Feynman's students were aimed at a wide range of college students. If you don't have the relevant knowledge yourself, and you don't have the most basic principles in place, it's hard to understand some of what Feynman's lecture notes say.

And it's hard to read it when you don't seem to understand it, so before reading Feynman's lecture notes, it's best to understand some basic knowledge related to physics, and understand Feynman's research direction, so that it can be more convenient to read. Moreover, Feynman's lecture notes are best read in the original text, and if you read the translated text, you will lose the characteristics of the poetic language, so you still need a certain amount of English ability, so that you can better understand it.

In fact, with the development of Internet technology, many people will also upload some courses, and they can also learn on their own. For older students, the significance of self-study is very great, and they can grasp it by themselves when they are self-studying, and if there are any problems, they can continue to understand through personal thinking, or communication with others, and there is no need to blindly follow the teacher's ideas. And in most cases, the teacher's teaching ideas are also based on their own understanding of knowledge, but different people take different ways when constructing knowledge.

Therefore, students with good self-learning ability can help themselves develop better, and it is also conducive to dealing with various difficulties encountered in learning.

Need. Feynman's Lectures on Physics is a relatively alternative textbook, even compared to other American textbooks. The first important difference is that it doesn't have after-class exercises.

After-class exercises are extremely important, and even though many people in the community regard homework and exams as a burden for students, I would like to emphasize that it is very important to have an appropriate amount and enough after-class exercises.

Reading Feynman's physics lecture notes requires a certain foundation, because Feynman's physics lecture notes have a very profound meaning, and it has a certain degree of difficulty for physics novices.

Yes, because some of the content described in this is very profound, and you need to have a very good grasp of some basic knowledge.

Reading Feynman's physics lecture notes requires a foundation, otherwise you won't understand what you're talking about. Although the teaching abroad is relatively easy to understand, if you don't have a foundation to do the foreshadowing, you will feel that you are just watching the fun. Without relevant knowledge and accumulation, physics is difficult to understand.

Before reading Feynman's lecture notes, we should learn more about the basic knowledge related to physics and see what Feynman's research direction is. Feynman will also mention some English when explaining physics, and his English ability should be improved in time. <>

It's good to study on your own in advance and be able to see more courses online. When Feynman explained physics, he was more inclined to self-study. Learning to be able to master some knowledge by yourself, there is no need to follow the teacher's ideas.

Being able to construct one's own knowledge system is already a very smart side for a student. When Feynman explained physics, he dealt with the difficulties encountered in learning very well. When children read Feynman's physics lecture notes, they can also achieve this level by learning in advance.

One of the major differences between Feynman's lecture notes and other lecture notes is that the exercises that follow are very important. It is not only necessary to read Feynman's lecture notes, but more importantly, to understand all the exercises in Feynman's lecture notes. Exams and assignments are a burden for students, but if you don't study for them, you won't be able to truly understand them.

Feynman is precise about the setting of each exercise, and he also has his own unique opinion. <>

In general, the lecture notes and knowledge compiled by this relatively famous physicist are something that every student should learn and should follow as an example. Some people will feel that they don't understand after learning, and that's because they haven't read it at all. Before reading it, you must have a foreshadowing, and let yourself know some knowledge about physics first.

Each of Feynman's essays has a unique insight, and it is also what Feynman excels at.

Feynman is a very well-known physicist in the world, and to read his physics lecture notes, you must have a foundation in physics. Otherwise it's hard to understand. This handout is very valuable for research.

Although Feynman's physics lecture notes are about introductory knowledge, if you stay at the simplest stage of physics knowledge, you still need to have certain basic knowledge.