Symmetry
Tags
Summary
Editor's review
Who it's for
A good fit for
- Readers interested in mathematical concepts with some science background
- Physics enthusiasts wanting to understand symmetry's role in modern physics
- General readers who enjoy thoughtful non-fiction and slow reading
- Mathematics or physics students as extracurricular reading
Not a good fit for
- Readers with no mathematical background seeking zero-threshold reading
- Readers expecting lots of illustrations and quick browsing
- Students looking for exercise books or exam-prep materials
Reading tips
- Start with decorative symmetry and use everyday examples to build intuition
- Slow down at mathematical discussions and sketch diagrams to aid understanding
- After finishing, revisit the sections on symmetry and physics to connect the overall thread
- Compare with symmetry in architecture and art to deepen understanding
Contents
- 版权信息
- 导读Introduction to Chinese Version
- 序言及文献评注Preface and Bibliographical Remarks
- 弁言Preface to the Series of the Great Classics in Science
- 一、双侧对称性Part Ⅰ Bilateral Symmetry
- 二、平移对称性、旋转对称性和有关的对称性Part Ⅱ Translatory,Rotationaland Related
- 三、装饰对称性Part Ⅲ Ornamental Symmetry
- 四、晶体·对称性的一般数学概念Part Ⅳ Crystal· The General Mathematical Idea
- 致谢Acknowledgements
- 注释Notes
- 附录ⅠAppendix Ⅰ
- A 确定三维空间中由真旋转构成的所有有限群
- B 计入非真旋转
- 附录ⅡAppendix Ⅱ
- A 拓扑和抽象代数:理解数学的两种途径
- B 心蕴诗魂的数学家与父亲
FAQ
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About the author
Weyl is an author with works spanning the intersections of mathematics, physics, and philosophy. Publicly available biographical information about him is limited, and his birth and death years, nationality, and educational background are not specified in the existing materials. Three of his works are included here: The Philosophy of Mathematics and Natural Science, Symmetry, and The Principles of Relativity, showing that his writing crosses the categories of Western philosophy and popular science. He tends to begin with specific concepts and principles, discussing mathematical structures, physical theories, and philosophical reflection within a single framework; his style is rigorous and focused on tracing intellectual lines of thought. Symmetry uses symmetry as a thread linking geometry, art, and natural phenomena, The Principles of Relativity concentrates on the foundations and derivations of the theory itself, and The Philosophy of Mathematics and Natural Science further examines the philosophical premises of scientific knowledge. These works suit readers interested in the history of scientific thought and the philosophy of science, and are often regarded as reference reading for understanding the evolution of mathematical and physical ideas.