The theory is well taught and developed. I found that this book yielded more understanding than the more calculation based references written for physics.
This book is clear and neither what I already knew nor over my head. I wish the answers to the exercises were available.
A very good text for graduate students with a little or no knowledge of Quantum Field Theory.
Eric John Dingwall
Lauren St John
John Grisham
John Boyne
John F. MacArthur
John Steele Gordon
John Steele Gordon
John Kim
John Connolly
John Manders
John Grisham
John Grisham
John Baichtal
John Ray
John Christian
John Markoff
John Markoff
John Lutz
John Patrick Walsh
John Nikas
John Stratton Hawley
Sutherland, John
John Tierney
John Durkee
John H. Kranzler
John C. Miles
John C. Miles
John C. Miles
John C. Miles
John C. Warner
John Hughes
John Brantingham
John Bemrose
John Eldredge
John Bemrose
John Connolly
John Lofty
John Grisham
John Connolly
John Holmes McDowell
Timothy John Kelly
John Harte
John Christopher
John Harte3
John Harte
John Rourke
John Harte
John Harte
John Marshall
John Polking
John Marshall
John M. Cox
John C. Bean
John F. Schneider
Morris, John
Vladimir K. Dobrev
John Philipp Baesler
Helmut Strade
I. M. Gelʹfand
Marcos M. Alexandrino
Hidenori Fujiwara
Donald Krapohl
P. I. Etingof
Brigitte Durruty
Maria Gorelik
Francesco Iachello
Martin Schlichenmaier
Mass.) AMS Special Session on Radon Transforms and Geometric Analysis (2012 Boston
E. P. Ishchenko
Carole Blancot
Ichirō Yokota
Vladimir Dobrev
Huixue Chen
Ralph Fevre
Yuri Bahturin
Jacques Delga
Hans Olav Lahlum
Harriet Suzanne Katcher Pollatsek
Jonas Lauritz Idemil Lie
Boris A. Khesin
Andy R. Magid
Walter Benz
Claudio Procesi
Rached Mneimné
Martine Babillot
Karl-Hermann Neeb
Hirotaka Tamanoi
Zvonimir Roso
Mu cun jun
Computational Algebra Seminar (1990 Centrum voor Wiskunde en Informatica)
Jiemin Wu
Jean-Pierre Serre
Johan G. F. Belinfante
Hans Samelson
Tio, Ie Soei.