Editing Wigner's classification (section)

== References ==
*{{cite journal
 |last1=Bargmann |first1 = V.   |author1-link=Valentine Bargmann
 |last2=Wigner   |first2 = E.P. |author2-link=Eugene Wigner
 |year=1948
 |title=Group theoretical discussion of relativistic wave equations
 |journal=[[Proceedings of the National Academy of Sciences of the United States of America]]
 |volume=34 |issue=5 |pages=211&ndash;223
 |doi=	10.1073/pnas.34.5.211  |bibcode=1948PNAS...34..211B  |pmc=1079095  |pmid=16578292
|doi-access = free }}

*{{cite book
 |first=George |last=Mackey |author-link=George Mackey
 |year=1978
 |title=Unitary Group Representations in Physics, Probability and Number Theory
 |series=Mathematics Lecture Notes Series
 |volume=55
 |isbn=978-0805367034
 |publisher=[[Benjamin Cummings|The Benjamin/Cummings Publishing Company]]
}}

*{{cite book
 |first=Shlomo |last=Sternberg |author-link=Shlomo Sternberg
 |title=Group Theory and Physics
 |url=https://archive.org/details/grouptheoryphysi0000ster
 |url-access=registration
 |year=1994
 |section=§3.9. Wigner classification 
 |publisher=[[Cambridge University Press]]
 |isbn=978-0521248709
}}

*{{cite book
 |first=Wu-Ki |last=Tung
 |title=Group Theory in Physics
 |year=1985
 |chapter =Chapter 10. Representations of the Lorentz group and of the Poincare group; Wigner classification
 |publisher=[[World Scientific Publishing Company]]
 |isbn=978-9971966577
}}

*{{cite book
 |last=Weinberg |first=S. |author-link=Steven Weinberg
 |year=2002
 |title=The Quantum Theory of Fields
 |volume=I
 |isbn=0-521-55001-7
 |chapter=Chapter 2. Relativistic quantum mechanics
 |publisher=Cambridge University Press
}}

*{{cite journal
 |first=E.P. |last=Wigner |author-link=Eugene Wigner
 |year=1939
 |title=On unitary representations of the inhomogeneous Lorentz group
 |journal=[[Annals of Mathematics]]
 |issue=1 |volume=40 |pages=149–204
 |doi=10.2307/1968551
 |mr=1503456 |bibcode = 1939AnMat..40..149W |jstor=1968551
|s2cid=121773411 }}

[[Category:Representation theory of Lie groups]]
[[Category:Quantum field theory]]
[[Category:Mathematical physics]]