Gauge field theories underlie all models now used in elementary particle physics. These theories refer to the class of singular theories which are also theories with constraints. The quantization of singular theories remains one of the key problems of quantum field theory and is being intensively discussed in the literature. This book is an attempt to fill the need for a comprehensive analysis of this problem, which has not heretofore been met by the available monographs and reviews. The main topics are canonical quantization and the path integral method. In addition, the Lagrangian BRST quantization is completely described, for the first time in a monograph. The book also presents a number of original results obtained by the authors, in particular, a complete description of the physical sector of an arbitrary gauge theory, quantization of singular theories with higher theories with time-dependent constraints, and correct derivatives, quantization of canonical quantization of theories of a relativistic point-like particle. As a general illustration we present quantization of field theories such as electrodynamics, Yang-Mills theory, and gravity. It should be noted that this monograph is aimed not only at giving the reader the rules of quantization according to the principle "if you do it this way, it will be good", but also at presenting strong arguments based on the modem interpretation of the classical and quantum theories which show that these methods· are the natural, if not the only possible ones.
Produktkennzeichnungen
ISBN-10
3642839401
ISBN-13
9783642839405
eBay Product ID (ePID)
195342721
Produkt Hauptmerkmale
Sprache
Englisch
Anzahl der Seiten
308 Seiten
Verlag
Springer Berlin Heidelberg, Springer Berlin
Publikationsname
Quantization of Fields With Constraints
Autor
Igor V. Tyutin
Format
Taschenbuch
Erscheinungsjahr
2014
Zusätzliche Produkteigenschaften
Hörbuch
No
Inhaltsbeschreibung
Paperback
Item Length
23cm
Item Height
1cm
Item Width
15cm
Mitautor
Dmitri Gitman
Buchreihe
Springer Series in Nuclear And Particle Physics
Item Weight
470g
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