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Is there a good introduction textbook or pdf for quantum chromodynamics?
Never mind. Currently learning calculus(It's so diificult ...)Vanadium 50 said:No.
YoungPhysicist said:Is there a good introduction textbook or pdf for quantum chromodynamics?
There is no serious physics, let alone QCD, without calculus. That being said, there is a lot of good popular-level physics books, which are not serious in that sense, but which do not need calculus. Some of those are specifically about QCD:YoungPhysicist said:Well, at the level possible for a junior high school knowing nothing about calculus to understand 60+ percent(Do such books exist with such a hard topic?)
I thought that old threads automatically get closed.Hamiltonian said:Edit: just saw the dates on the post, the OP is probably not in HS anymore
The mods are probably going to close this one any time time now...Demystifier said:I thought that old threads automatically get closed.
That was 4 years ago. Hopefully he's done with high school by now.Frigorifico9 said:Since you mention you are in high school
People complained.Demystifier said:old threads automatically get closed.
Quantum Chromodynamics (QCD) is a fundamental theory in particle physics that describes the interactions between quarks and gluons, the building blocks of matter. It is a quantum field theory that falls under the umbrella of the Standard Model of particle physics.
Yes, this textbook is designed to be accessible for students with a basic understanding of quantum mechanics and special relativity. It provides a comprehensive introduction to QCD, starting with the foundational concepts and building up to more advanced topics.
This textbook is unique in that it not only covers the theoretical aspects of QCD, but also includes practical applications and examples. It also includes recent developments in the field, such as the study of quark-gluon plasma and the use of lattice QCD techniques.
Yes, this textbook is suitable for self-study as it includes exercises and problems at the end of each chapter for practice. It also provides detailed explanations and illustrations to aid understanding.
A basic understanding of quantum mechanics, special relativity, and classical electromagnetism is necessary before studying QCD. Familiarity with group theory and calculus is also helpful, but not required. It is recommended to have completed an introductory course in particle physics before delving into QCD.