Quantum Field Theory I+II
(*particularly recommended for studies accompanying the lectures)
exposed in the library
| * L. H. Ryder
|
"Quantum Field Theory"
(Cambridge Univ. Press) rather elementary, clear, wide variety of subjects |
| * M. E. Peskin, D. E. Schroeder | "An introduction to Quantum Field Theory"
(Addison-Wesley) modern, many explicit calculations |
| * C. Itzykson, J. B. Zuber
|
"Quantum Field Theory"
(Mc Graw Hill, also paperback) comprehensive standard textbook, not always up to date, hard to read in a row (gauge theories) |
| * P. Ramond
|
"Field Theory, a modern Primer"
(Frontiers of Physics, Benjamin) path integral formulation, non abelian gauge theory, unconventional |
| * S. Weinberg
|
"The Quantum Theory of Fields I, II"
(Cambridge Univ. Press) very extensive, sometimes non-standard conventions |
| * K. Huang
|
"Quantum Field Theory: from operators to Path integrals"
(Wiley Interscience) looking to QFT outside elementary particle physics also: "Quarks..." (World Scientific Publish.) |
| *T. Kugo
|
"Eichtheorie" (Springer)
Thorough discussion of gauge theory quantization |
| * E. Harris
|
"A Pedestrian Approach to QFTH"
(Wiley, also in German) rather elementary, short |
| F. Mandl, G. Shaw
|
"Quantum Field Theory" (Wiley Interscience)
Elementary introduction |
| J. D. Björken, S. Drell
|
* I. Rel. Quantenmechanik
II. Rel. Quantentheorie (BI 98 and 101) (II. outdated, no QCD) a standard book some decades ago |
| S. J. Chang
|
Introduction to QFTH
(World Scientific, Lecture Notes in Physics, Vol. 29) |
| N. N. Boguliubov, D. V. Shirkov
|
"Quantum Fields"
(Benjamini, Cummings;..) related to the famous monography of the same authors, which today is partly outdated |
| L. D. Fadeev, A. A. Starnov
|
Gauge Fields, Introduction to QFTH
(Benjamin, Cummings) advanced studies |
| J. Zinn-Justin
|
"Quantum Field Theory and Critical Phenomena"
(Oxford Science Publications) the connection to statistical mechanics |
| I. J. R. Aitchison
|
"Relativistic Quantum Mechanics"
(Mac Millan) strong relation to elementary particle physics, elementary |
| J. J. Sakurai
|
"Advanced Quantum Mechanics"
(Addison Wesley) strong relation to elementary particle physics, elementary |
| C. Nash
|
"Relativistic Quantum Fields"
(Academic Press) renormalization theory for Phi4 |
| N. N. Bogoliubov, A. A. Logunov,
A. L. Oksak, L. T. Todorov |
"General Principles of QFTH"
(Kluwer Academic Publishers) Renormalization theory |
| O. I. Zavialov
|
"Renormalized QFTH"
(Kluwer Academic Publishers) Renormalization theory |
| K. Siebold
|
QFTH-Vorlesungsausarbeitung
Renormalization theory |
| R. P. Feynman
|
"Quantum Electrodynamic"
(Frontiers in physics, Benjamin. inl.) unconventional, somewhat outdated |
| J. M. Jauch, F. Rohrlich
|
"The Theory of Photons and Electrons"
(Springer) old QED-monography |
| A. L. Fetter, J. D. Walecka
|
"Quantum theory of Many Particle Systems"
(McGraw hill) Feynman diagrams in solid-static physics, statistical mechanics, nuclear physics |
| A. Smilga
|
"Lectures on Quantum Chromodynamics"
(World Scientific) |
| M. Le Bellac
|
"Quantum and Statistical Theory"
(Clarence Press, Oxford) |