Ask questions about physics books, ask for extracurricular books about physics?

1. Interesting physics -- Dangdang is available for sale.

2. The mystery of physics -- Dangdang is sold.

3. The legend of physics that can't be heard in the classroom -- Dangdang is sold on the Internet.

When I go to class, I usually use the stories in the above books to share with my students, and everyone likes them, and I hope you like them too.

Buy the general physics of this university.,It's very detailed and the level is not high.,Don't make a brief history of time.,That thing is too mysterious.,Ghosts can understand.,It's not interesting to understand.,It's not interesting to understand.......When I got to graduate school, I still didn't understand the origin of matter, the origin of the universe, and the theory of quantum mechanics used by some people is just a tool, which has a little function to describe the microscopic properties of physics, but it is certain that it is ...... incomplete functionLearn the most basic theoretical ......Discovering the physical meaning behind the formula is the root of looking at the formula and deriving the formula, and the formula is deduced from the formula to the point where it is meaningless ...... not knowIt is a fundamental ...... to learn some physics knowledge, discover the basic laws of nature behind them, and the laws of thinking of people who describe the laws of natureOften simple is beautiful ......Complex formulas are derived from simple models and ...... thinking"College General Physics" is very good ......I don't know how ...... level you are

1. New horizons in physical astronomy.

2. Frontiers of Physical Astronomy.

Don't have too many books, the key is to experiment, if you experiment, your memory may be deeper than if you read a book.

Actually, enough of you read textbooks.

There is no need to understand calculus, and the theory of relativity is too early, so it is recommended to learn the textbook physics knowledge solidly first, so as to avoid being greedy and chewing too much.

Well, it is understandable to read, and there is a certain degree of difficulty. "Fundamentals of Physics" is a course for non-majors in universities, and "A Brief History of Time" I don't think it's very good. If you're interested, it's better to take a look at popular science.

Don't look at a brief history of time and the theory of relativity in the first year of high school, those things are all popular science, you have to really understand the extreme difficulty, and lay a good foundation in physics. Calculus can be seen, there is no need to recommend specific books, Chinese books are all similar, and you can read English textbooks if you have the conditions; Chemistry can't do anything

Hello little brother. I'm a physics major. I can roughly describe your question.

First of all, I can't recommend university physics textbooks to you, because they are mainly based on advanced mathematics (calculus, linear algebra, and mathematical statistics) as mathematical tools, and you will definitely not understand them. So I would like to recommend a few popular science books on physics that I have read.

The first half of the book introduces the development of quantum mechanics and the extraordinary contributions of some famous scientists.

The Strings of the Universe This is a book about superstring theory, which meets your appetite for theoretical physics, and the language of this book is very easy to understand, I think you can understand a little bit.

The first volume of Feynman's Lectures on Physics deals mainly with mechanics and heat, optics and a little special relativity. Originally, I didn't want to recommend textbooks, but you should be able to understand part of this book, and the math in it is not too slow, because American middle school students only get trigonometric functions in the college entrance examination. It's a classic, and many college professors are reading it now.

Vercajori's History of Physics, which may be useful for your knowledge of the history of physics for the college entrance examination.

"Mechanics", "Thermal", "Optics", and "Electromagnetism" are the four cornerstones of the temple of physics. Learn these four books well, and there is basically no problem with the subsequent subjects. I recommend these four.

The Gantry topic is explained.

The road to success is the foundation.

Olympiad Physics and Mechanics.

Einstein's Theory of Relativity and Cartesian Geometry.

"Parallel Universe" by Michio Kalay is very good.

You can start by watching "The Universe in the Shell".

Subscribe to New Discoveries every week. This is a popular science magazine for basic popularization, and you will be satisfied.

If you want to expand your knowledge of physics, then you can read the Harlid Physics Tutorial or the Honors Physics in China. If you don't think that's enough, you can look at the first volume of Feynman's Physics Lecture Notes, the second and third volumes are too difficult to read.

If you read some popular science works, you can take a look at the books written by Hawking (although I don't like his books very much, it is likely to make people feel that physics is like a good link of popular science.) The dream of the ultimate theory is about the theory of great unification, and you can also see Zen Qing. If you're interested in electronics, read the story of semiconductors.

This is the basis for reading electronics.

If you are a high school student, then participating in the physics competition is to test whether you have a better ability to grasp some further knowledge and a deeper understanding of physics.

Stephen Hawking's A Brief History of Time is a classic physics read.

Excellent physics read.

1.Talk about magnetism after class (Anhui Science and Technology Society).

2.Wu Chien-shiung ——— First Lady of Physical Sciences (Fudan University Press)3Biography of Yang Zhenning (2nd Edition) (Fudan Yuanwu University Press).

4.The cornerstone of China's science and technology——— Ye Qisun and the masters of science (second edition) (Fudan University Press) 5Pauling ——— 20th Century Frankenstein (Fudan University Press) 6My Nobel Road (Fudan Chaijin University Club).

7.Black Holes and Curved Space-Time (Shanxi Science and Technology Society).

8.The Theory of Relativity and Time and Space (Shanxi Science and Technology Society).

9.Quantum Mechanics and the World of Atoms (Shanxi Ke Tang Zhao or Technology Society) 10100 Basic Problems of Physics (Shanxi Science and Technology Society) 11

From One to Infinity——— Facts and Conjectures in Science (Science Society) 12Origin of matter: from electrons to quarks (Science Society).

13.The Beauty of Disorder: The Universe Begins with Entropy (Science Society).

14.Miracles on the Edge: Phase Transitions and Critical Phenomena (Science Society).

15.Bit Civilization: Physics and Computers (Science Society).

16.Beyond Freedom: "The Perfect Superconductor" (Science Society) 17Feynman's Speech (Shanghai Science and Technology Society).

18.The Flame of Crystal——— The Invention of the Transistor and the Advent of the Information Age (Shanghai Science and Technology Society) 19Atomic dancer ——— Fermi Chuan (Shanghai Science and Technology Society).

20.The History of Chinese Physics (9 volumes) (Hunan Education Society) 21History of Physics Education (Hunan Education Society).

22.History of Optics (Hunan Education Society).

23.History of Acoustics (Hunan Education Society).

24.History of Mechanics (Hunan Education Society).

25.The History of Electricity and Magnetism (Hunan Education Society).

There is nothing to read about classical physics, it is about mechanical and thermal photoacoustics. What really gets interesting is quantum physics and relativity. However, to understand these two things, you need to have a foundation of high school physics knowledge. It's a good idea to brush up on high school physics first.

About quantum physics, there is a book "Does God Throw Dice - Quantum Physics Academic Words", which can be found in Sina Aiwen, and after reading it, you will instantly rise tall, and you will no longer be afraid of the mysterious quantum physics.

For more information about the theory of relativity and other physical nucleus, please see "From One to Infinity", a classic popular science book.

There is also a "Genius on the Left, Crazy on the Right" is a popular book recently, you can take a look, it is written about the mental world of neurological patients, don't change the rest of the answer to the neuropaths, their worldview will let you enter a new world.

In addition, there is a ** "Three-Body Problem" (there are three books in total) which is also an answer to the ultimate mystery of the destruction of the universe, although it is science fiction, but the amount of knowledge is not small. Totally worth a look.

The above books are all popular science books, and you can understand it with a little dim sum and a little high school physics knowledge.

"A Brief History of Heat" introduces:

A Brief History of Heat" reads: Who says science books have to be rigid and cold? Nobel Laureate in Chemistry John Fenn breaks with tradition and brings us this "atypical" thermodynamics primer - "A Brief History of Heat" with his unique wit and witty words.

The book returns to the perspective of humanities and history, and systematically understands all the concepts, histories and applications related to "heat" through many examples that can be seen in daily experience and vivid stories of scientists.

If you are a little interested in the "hot" knowledge, please follow the "Charlie Cave Man" carefully created by Vane, and play curiously from the "ancient" to the "present"!

Jiang Fann, winner of the 2002 Nobel Prize in Chemistry, received this award for his achievements in macromolecular mass spectrometry. Vain's award-winning report, entitled "Making Elephants Fly," and his autobiography to the Nobel Prize Society, spoke only of his work on supersonic molecular beams. In the 1970s, Vane moved from Princeton University to Yale University.

At Yale, he was faced with the problem of how to teach science to ordinary students (including non-science and engineering), and classical thermodynamics was one of the introductory ones, so he made a comprehensive syllabus. In early 1980, this popular lecture was invited to be published. The unique humanistic and historical structure of this book makes it not only a very solid introductory textbook, but also a masterpiece of popular science with the depth of the history of science.

Feynman Lectures on Physics

This lecture is divided into three volumes, the first volume covers mechanics, relativity, optics, the kinetic theory of gas molecules, thermodynamics, waves, etc., the second volume is mainly electromagnetism, and the third volume is quantum mechanics. The book is very rich in content, and surpasses traditional ordinary physics textbooks in depth and breadth.

Feynman Lecture Notes on Physics (The Feynman'S Lectures on Physics) has been hailed as the most classic physics guide of this century. Feynman Lectures on Physics is based on the recordings of lectures given by Nobel Laureate Richard Phillips Feynman at the California Institute of Technology from September 1961 to May 1963. In the original recording, Professor Feynman's wonderful explanation of inertial navigation (you can find the recording on the Internet) and the solution to the problem (a separate book) have been deleted.

There are many aspects related to physics, such as mechanics, electricity, and so on.

"A History of Quantum Physics" and "A Brief History of Time".

Junior High School Physics, People's Education Edition, High School Physics, People's Education Edition.

Answer: The light of Vega that we see now is about the same as that of the Celestial Stove 26 years ago.

The distance is equal to the velocity multiplied by the time. With this formula, I believe this problem will be easy to solve, just divide the distance between Vega and my lack of ants by the speed of light, and don't forget to change the unit at the end.

The light we see now is about that

24 ×60× 60)=.years, count yourself as hungry.