Anthony Zee

Anthony Zee is a Chinese-American physicist and professor known for his work in theoretical physics, particularly in the areas of quantum field theory and particle physics. He is also an author of several popular science books.

This list of books are ONLY the books that have been ranked on the lists that are aggregated on this site. This is not a comprehensive list of all books by this author.

  1. 1. Swallowing Clouds

    A Playful Journey Through Chinese Culture, Language, and Cuisine

    "Swallowing Clouds" is a unique fusion of culinary guide and linguistic journey that explores the poetic and flavorful world of Chinese cuisine. The book delves into the etymology and symbolism of Chinese characters used in food and menus, offering readers not only a deeper understanding of Chinese culture and language but also practical knowledge for ordering and appreciating Chinese food. Through an engaging exploration of restaurant menus and dishes, the author provides insights into the history, culture, and intricate flavors that define Chinese gastronomy, making it an enlightening read for food enthusiasts and language lovers alike.

    The 17122nd Greatest Book of All Time
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  2. 2. Symmetry Breakfast

    This delightful culinary journey explores the art of creating visually stunning and perfectly balanced breakfasts, drawing inspiration from diverse cultures and cuisines around the world. The book is a celebration of the morning meal, showcasing a variety of recipes that are not only delicious but also aesthetically pleasing, encouraging readers to start their day with a touch of creativity and mindfulness. Through vibrant photography and thoughtful storytelling, it invites readers to appreciate the beauty and harmony in everyday rituals, transforming breakfast into a moment of joy and connection.

  3. 3. Quantum Field Theory In A Nutshell, 2nd Edition

    A lively, concept-driven introduction to quantum field theory that builds intuition through path integrals, symmetry principles, and diagrammatic techniques, then develops gauge theories, renormalization, anomalies, and spontaneous symmetry breaking with applications to the Standard Model and condensed matter. Balancing rigor and physical insight, it features illuminating sidebars, worked examples, and problems, while the updated edition incorporates modern perspectives such as effective field theories, neutrino physics, and conformal ideas to connect foundational methods with contemporary research.

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