Let's Study (HEP)
Catching up on math:
The fundamentals:
- Paul's online math notes http://tutorial.math.lamar.edu
- 3Blue1Brown playlists: Linear Algebra, Calculus, Diff Eqs
- Stewart, Calculus
- Boas, Math Methods
- Tao, Analysis
More Advanced:
These aren't necessarily essential as physics texts will force feed a lot of it to you, but:
- Zee, Group Theory in a Nutshell
- Georgi, Lie Algebras in Particle Physics
- Functional Analysis: Baggett and Meise/Vogt
- Choquet-Bruhat & Morette, Analysis, Manifolds, and Physics
Stepping into the quantum/relativistic:
Baby steps:
If you've never done much physics or math yet still want to give it a go, check out:
- Susskind's theoretical minimum: QM text and lectures
- Shankar's fundamentals of physics: text one, text two, lectures 1, lectures 2
- Veltman, Facts And Mysteries In Elementary Particle Physics
- Georgi's classical mechanics lecture notes
Diving into mechanics:
Let's get serious with more substantive introductions:- Tannoudji, QM
- Shankar, Principles of QM
- Dirac, Principles of QM
- Schuller's QM lectures
- Sakurai, Modern QM
Relativity and Particles
- Griffiths, Intro to Elementary Particles
- The first few chapters of Hartle's Gravity (for special relativity)
- D'Auria & Trigiante, From Special Relativity to Feynman Diagrams
- Flournoy's lectures: particle physics and relativity
QFT at last
Easy mode:- McMahon, QFT Demystified
- Lancaster, QFT for the gifted amateur
- Klauber, Student Friendly QFT
- Tong's QFT lecture notes
- Peskin and Schroeder, Intro to QFT
- Schwartz, QFT and the Standard Model
- Zee, QFT in a Nutshell
- Zeidler, QFT 1, QFT 2, & QFT 3
- Weinberg, QFT 1, QFT 2, & QFT 3
- Wald, QFT in Curved Spacetime
- Duncan, The Conceptual Framework of QFT
- Dewitt, The Global Approach to QFT
Special Topics
Get Coding
- Solve RG equations from the comfort of your jupyter notebook: code/tutorials and paper
Effective field theory
- Burgess, Intro to EFT, video lectures
- Burgess, Quantum Gravity in Everyday Life: General Relativity as an Effective Field Theory
- Cohen, As Scales Become Separated: Lectures on Effective Field Theory
- Neubert, Les Houches Lectures on Renormalization Theory and Effective Field Theories
- Polchinski, EFT and the Fermi Surface
More Renormalization
- McComb, Renormalization Methods a Guide for Beginners
- Hollowood, RG and Fixed Points
- Butterfield & Bouatta, Renorm for Philosophers
- Goldenfield, Phase Transitions and the RG
- Rivat, Renorm Scrutinized
- Huang, Critical History of Renorm
- Wilson, Problems in Physics with Many Scales of Length
- Brunetti, Duetsch, & Fredenhagen, Perturbative Algebraic Quantum Field Theory and the Renormalization Groups
QCD
- Collins, Foundations of Perturbative QCD
- Ellis, QCD and Collider Physics
- Dokshitzer et al., Basics of Perturbative QCD
Exploring the Non-Perturbative
- Strocchi, An intro to Non-Perturbative Foundations of QFT
- Gattringer & Lang, QCD on the Lattice
- Rothe, Lattice Gauge Theory
History, Philosophy, and the like
- Cushing, Theory Construction and Selection in Modern Physics: The S-Matrix
- Ruetsche, Interpreting Quantum Theories
- Pickering, Constructing Quarks
- Auyang, How is QFT Possible?
- Dardashti anthology, Why Trust a Theory?
- Wallace's QFT papers
Conformal Field Theory
- Schott, Mathematical Intro to CFT
Condensed Matter
- Shankar, QFT and Condensed Matter
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