Lepton: Perbedaan antara revisi

| bgcolour =

| name = Lepton

| caption = Lepton terlibat dalam beberapa proses seperti [[peluruhan beta]].

| num_types = 6 ([[elektron]], [[neutrino elektron]], [[muon]], [[neutrino muon]], [[tau (partikel)|tau]], [[neutrino tau]])

}}

{{Special characters}}

 

Seperti kuark, lepton merupakan [[fermion]] (partikel spin {{frac|1|2}}) dan dipengaruhi oleh [[gaya elektromagnetik]], [[gaya gravitasi]], dan [[gaya lemah]], namun berbeda dengan kuark, lepton tidak ikut serta dalam [[interaksi kuat]].

 

== Pranala ==

|author=C. Amsler ''et al''. ([[Particle Data Group]])

|year=2008

|display-authors=29

}}

|author=I.V. Anicin

|year=2005

|bibcode = 2005physics...3172A

|pages=3172 }}

|author=Y.Fukuda ''et al''.

|year=1998

|bibcode = 1998PhRvL..81.1562F |display-authors=8

}}

|author=K. Kodama

|year=2001

|display-authors=29

}}

|author=B.R. Martin, G. Shaw

|year=1992

|chapter=Chapter 2 – Leptons, quarks and hadrons

|title=Particle Physics

|publisher=[[John Wiley & Sons]]

|isbn=0-471-92358-3

}}

|author=S.H. Neddermeyer, C.D. Anderson

|year=1937

|bibcode = 1937PhRv...51..884N |last2=Anderson

}}

|author=J. Peltoniemi, J. Sarkamo

|year=2005

|accessdate=2008-11-07

}}

|author=M.L. Perl ''et al''.

|year=1975

|display-authors=8

}}

|author=M.E. Peskin, D.V. Schroeder

|title=Introduction to Quantum Field Theory

|year=1995

|publisher=[[Westview Press]]

|isbn=0-201-50397-2

}}

|author=K. Riesselmann

|year=2007

|volume=4 |issue=2

}}

|author=L. Rosenfeld

|year=1948

|publisher=[[Interscience Publishers]]

}}

|author=R. Shankar

|year=1994|edition=2nd

|chapter=Chapter 2 – Rotational Invariance and Angular Momentum

|title=Principles of Quantum Mechanics

|publisher=[[Springer (publisher)|Springer]]

|isbn=978-0-306-44790-7

}}

|author=S. Weinberg

|year=2003

|title=The Discovery of Subatomic Particles

|publisher=[[Cambridge University Press]]

|isbn=0-521-82351-X

}}

|author=R. Wilson

|year=1997

{{Commons category|Leptons}}

{{wiktionary|lepton}}

 

{{partikel}}

 

[[Kategori:Konsep fisika dasar]]

[[Kategori:Partikel subatom]]