我推荐 Jakob Schwichtenberg 写的《从对称性看物理学》（Physics From Symmetry）。另外（虽然我还没读过），同类型的还有一本看起来篇幅更长、更详尽的教材：Peter Woit 写的《量子理论、群与表示：导论》（Quantum Theory, Groups and Representations: An Introduction）。这本直到第 573 页才讲到电磁场 :-/
I'd recommend Physics From Symmetry by Jakob Schwichtenberg Also, (though I've not read it) this appears to be a longer, more detailed text in the same vein: Quantum Theory, Groups and Representations: An Introduction by Peter Woit This one gets to the EM field on page 573 :-/
这让我想起了 Peter Woit，他是位理论物理学家，写过一本《量子理论、群与表示》（Quantum Theory, Groups and Representations），曾提问 QM 是否是一种概率理论。https://www.math.columbia.edu/~woit/wordpress/?p=10533 顺便说一句，这个例子印证了我在另一条评论里的观点：你完全可以在漫长的职业生涯中……
This reminds me of Peter Woit, a theoretical physicist who has written a book on "Quantum Theory, Groups and Representations", asking if QM is a probabilistic theory. https://www.math.columbia.edu/~woit/wordpress/?p=10533 By the way, this example illustrates the point I made in another comment: you can have a long career…
我推荐 Jakob Schwichtenberg 写的《从对称性看物理学》（Physics From Symmetry）。另外（虽然我还没读过），同类型的还有一本看起来篇幅更长、更详尽的教材：Peter Woit 写的《量子理论、群与表示：导论》（Quantum Theory, Groups and Representations: An Introduction）。这本直到第 573 页才讲到电磁场 :-/
I'd recommend Physics From Symmetry by Jakob Schwichtenberg Also, (though I've not read it) this appears to be a longer, more detailed text in the same vein: Quantum Theory, Groups and Representations: An Introduction by Peter Woit This one gets to the EM field on page 573 :-/
这让我想起了 Peter Woit，他是位理论物理学家，写过一本《量子理论、群与表示》（Quantum Theory, Groups and Representations），曾提问 QM 是否是一种概率理论。https://www.math.columbia.edu/~woit/wordpress/?p=10533 顺便说一句，这个例子印证了我在另一条评论里的观点：你完全可以在漫长的职业生涯中……
This reminds me of Peter Woit, a theoretical physicist who has written a book on "Quantum Theory, Groups and Representations", asking if QM is a probabilistic theory. https://www.math.columbia.edu/~woit/wordpress/?p=10533 By the way, this example illustrates the point I made in another comment: you can have a long career…