If it is general physics, there are many textbooks. But you must master advanced mathematics before you learn ~ haha, it's very simple. High number is a very simple matter, and the landlord is definitely not a problem. Well, let's get down to business,

First of all, I recommend Chen's fifth edition, volumes 1, 2 and 3, which contain power, heat and photoelectricity, as well as some foundations of quantum physics and atomic physics. The knowledge is clear and the exercises are very basic, which is suitable for self-study.

Of course, there must be no detailed textbook separating force, heat, light and electricity in the general physics book in this building. Next, I will talk about mechanics alone and recommend Liang's Mechanics. This is an old book, isn't it, but it's quite classic. What about the heat? Li Chun's is good (it seems to be called this name). Of course, Qin's Hao Yun Fever is a classic. It is lively, wide in knowledge, flexible in practice, and equipped with many thinking questions, which is very useful for cultivating thinking ability.

Optics, not many textbooks. Personally, I recommend Cai Lv's Optics and Zhao Kaihua's first and second volumes of Optics. The former has comprehensive knowledge, including geometric optics, basic physical optics and crystal optics. There are many contents in nonlinear optics and even information optics. After thorough study, not only in optics, but also in mathematics will be improved to some extent.

Finally, electromagnetism. I used Liang Canbin's Electromagnetism and read NTU Xu You's Electromagnetism. In fact, the textbooks of electromagnetism are all the same, but Xu You used a lot of thinking questions and supplementary questions after class, all of which were selected from cuspea questions.

General physics is enough.

If you want to learn the four major mechanics, you should first learn mathematics, linear algebra, probability statistics and mathematical methods. Vector sum field theory. Then theoretical mechanics, Zhou Yanbo of Nantah is good, and several books of Peking University are ok. For the part of analytical mechanics, look at foreign textbooks. I can't remember them at the moment. There are many long names. It seems that many people use new books, which have just died, and are comprehensive, but Lin of Peking University is more detailed. I recommend these two books to be used together.

Electrodynamics belongs to Guo of Sun Yat-sen University. Then there are many textbooks on quantum mechanics. Beginners can refer to Zhou Shixun's "Bo Yi" first, then read Zeng's "Volume I" and choose Zeng's "Exercise Analysis" as the exercise with Zhang Pengfei's "Exercise Guide". This exercise is very classic. I have done it three times from beginning to end, and I feel that I have made progress without doing it once. Then, in order to consolidate the whole situation, you can look at Dirac's quantum mechanics and Landau's non-relativistic books on theoretical physics.

Well, at this point, the theoretical physics course of the landlord's undergraduate stage is all over. Congratulations on your success. I have been writing for ten minutes. Give me some.