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daniel_i_l
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Is there a book that a motivated undergrad can use to understand the basics of string theory (in a mathematical way)?
Thanks.
Thanks.
I don't think it is a good idea. After Zwiebach (which says too little about SUPERstrings), I would suggest a shorter pedagogic introduction:simic4 said:then read zwiebach and polchinski simultaneously.
Demystifier said:I don't think it is a good idea. After Zwiebach (which says too little about SUPERstrings), I would suggest a shorter pedagogic introduction:
http://xxx.lanl.gov/abs/hep-th/0207142
Among more advanced textbooks on string theory I prefer the one by Kaku (Intro to superstrings and M-theory), despite the fact that professionals usually prefer Green-Schwarz-Witten, Polchinski, and the recent Becker-Becker-Schwarz.
A "String book" for the undergraduate level refers to a textbook or resource that covers the fundamentals of string theory, a branch of theoretical physics that aims to explain the fundamental nature of matter and space.
Prior knowledge of basic physics concepts, such as classical mechanics and electromagnetism, is helpful but not necessary to understand a "String book" for the undergraduate level. However, a strong foundation in mathematical concepts, such as calculus and linear algebra, is essential.
Some common topics covered in a "String book" for the undergraduate level include the history and development of string theory, the properties of strings and their interactions, and the different types of string theories (such as bosonic, superstring, and M-theory).
A "String book" for the undergraduate level can be a useful resource for students interested in theoretical physics, as it provides a comprehensive understanding of the key concepts and principles of string theory. It can also serve as a foundation for further studies in related fields, such as quantum mechanics and cosmology.
Yes, there are many recommended "String books" for the undergraduate level, including "Introduction to String Theory" by Joseph Polchinski, "String Theory for Dummies" by Andrew Zimmerman Jones and Daniel Robbins, and "String Theory Demystified" by David McMahon.