Resources for learning Quantum Field Theory

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SUMMARY

Understanding Quantum Field Theory (QFT) requires a solid foundation in physics and mathematics, particularly knowledge of quantum mechanics. David Tong's lecture notes on QFT serve as a valuable resource, specifically the "Preliminaries" section, which outlines essential prerequisites. While some participants express a lack of interest in traditional quantum mechanics, familiarity with its concepts is crucial for grasping QFT. Engaging with these notes is recommended for those looking to bridge the gap between classical mechanics and QFT.

PREREQUISITES
  • Strong understanding of classical mechanics, particularly as outlined in Spivak's "Mechanics for Mathematicians."
  • Familiarity with quantum mechanics concepts, especially operator equations.
  • Mathematical proficiency in advanced topics relevant to physics.
  • Access to David Tong's QFT lecture notes, specifically the "Preliminaries" PDF.
NEXT STEPS
  • Study David Tong's QFT lecture notes, focusing on the "Preliminaries" section.
  • Review foundational quantum mechanics texts to solidify understanding of operator equations.
  • Explore advanced mathematical techniques used in quantum field theory.
  • Engage with online courses or lectures specifically targeting QFT for a structured learning path.
USEFUL FOR

Students and researchers in theoretical physics, particularly those interested in transitioning from classical mechanics to Quantum Field Theory, will benefit from this discussion.

aclaret
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hello :)

i would very much like study some quantum field theorie, but have not previously study any regular quantum mechanic (i am not so interest in regular quantum mechanic, but more the relativistic theories).

so i ask, this is possible or not? to what extent knowledge of regular quantum mechanic is prerequisite for the quantum field theorie? any book is good?
 
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aclaret said:
hello :)

i would very much like study some quantum field theorie, but have not previously study any regular quantum mechanic (i am not so interest in regular quantum mechanic, but more the relativistic theories).

so i ask, this is possible or not? to what extent knowledge of regular quantum mechanic is prerequisite for the quantum field theorie? any book is good?
I would say you have no chance to learn QFT unless you know a lot of physics and maths. You could, however, take a look at David Tong's notes here. The first pdf is "Preliminaries" and what you need to know.

https://www.damtp.cam.ac.uk/user/tong/qft.html

See whether you can make any sense of that.
 
yes, everything look familiar apart from quantum mechanic section. i complete rigorous class semester before on the classic mechanic from the book of Spivak 'mechanic for mathematician'.

although what he write about the quantum mechanic not seem so difficult, it just look like operator equation to me :)

ok then, these notes i will begin to read. thank!
 
aclaret said:
yes, everything look familiar apart from quantum mechanic section. i complete rigorous class semester before on the classic mechanic from the book of Spivak 'mechanic for mathematician'.

although what he write about the quantum mechanic not seem so difficult, it just look like operator equation to me :)

ok then, these notes i will begin to read. thank!
Good luck!
 
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