Standard Model: Difference between revisions

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The Standard Model of [[particle physics]] is a theoretical framework describing all of the known elementary particles and three of the four forces that govern them.
The Standard Model of [[particle physics]] is a theoretical framework describing all of the known elementary particles and three of the four forces that govern them.


== Year of discovery of each member ==
{| class="wikitable"
!| Family || Particle || Year of discovery
|-
|rowspan="6"| Quarks
|Up
|1968
|-
|Down
|1968
|-
|Charm
|1974
|-
|Strange
|1968
|-
|Top
|1995
|-
|Bottom
|1977
|-
|rowspan="6"| Leptons
|Electron
|1897
|-
|Electron neutrino
|1956
|-
|Muon
|1936
|-
|Muon neutrino
|1962
|-
|Tau
|1975
|-
|Tau neutrino
|2000
|-
|rowspan="4"| Gauge bosons
|Photon
|1905 / 1923
|-
|Gluon
|1978
|-
|W(±)
|1983
|-
|Z
|1983
|-
|rowspan="1"| Scalar boson
|Higgs
|2012
|}




[[Category:Science]]
[[Category:Science]]
[[Category:Particle physics]]
[[Category:Particle physics]]

Latest revision as of 08:14, 3 March 2020

The Standard Model of particle physics is a theoretical framework describing all of the known elementary particles and three of the four forces that govern them.

Year of discovery of each member

Family Particle Year of discovery
Quarks Up 1968
Down 1968
Charm 1974
Strange 1968
Top 1995
Bottom 1977
Leptons Electron 1897
Electron neutrino 1956
Muon 1936
Muon neutrino 1962
Tau 1975
Tau neutrino 2000
Gauge bosons Photon 1905 / 1923
Gluon 1978
W(±) 1983
Z 1983
Scalar boson Higgs 2012