Difference between revisions of "Template:Elementary particles"

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{{chart|boxstyle=vertical-align:top| Qu | | Le | | GB | | SB |Qu=<span style='display:block; border-bottom:1px solid black'>[[Quark]]s and antiquarks</span><small style='display:block'>Spin = {{sfrac|2}}</small><small style='display:block'>Have [[color charge]]</small><small style='display:block'>Participate in [[strong interaction]]s</small>|Le=<span style='display:block; border-bottom:1px solid black'>[[Lepton]]s and antileptons</span><small style='display:block'>Spin = {{sfrac|2}}</small><small style='display:block'>No color charge</small><small style='display:block'>[[Electroweak]] interactions</small>|SB=<span style='display:block; border-bottom:1px solid black'>[[Scalar boson]]s</span><small style='display:block'>Spin = 0</small>|GB=<span style='display:block; border-bottom:1px solid black'>[[Gauge boson]]s</span><small style='display:block'>Spin = 1</small><small style='display:block'>Force carriers</small>}}
 
{{chart|boxstyle=vertical-align:top| Qu | | Le | | GB | | SB |Qu=<span style='display:block; border-bottom:1px solid black'>[[Quark]]s and antiquarks</span><small style='display:block'>Spin = {{sfrac|2}}</small><small style='display:block'>Have [[color charge]]</small><small style='display:block'>Participate in [[strong interaction]]s</small>|Le=<span style='display:block; border-bottom:1px solid black'>[[Lepton]]s and antileptons</span><small style='display:block'>Spin = {{sfrac|2}}</small><small style='display:block'>No color charge</small><small style='display:block'>[[Electroweak]] interactions</small>|SB=<span style='display:block; border-bottom:1px solid black'>[[Scalar boson]]s</span><small style='display:block'>Spin = 0</small>|GB=<span style='display:block; border-bottom:1px solid black'>[[Gauge boson]]s</span><small style='display:block'>Spin = 1</small><small style='display:block'>Force carriers</small>}}
 
{{chart| |!| | | |!| | | |!| | | |!| }}
 
{{chart| |!| | | |!| | | |!| | | |!| }}
{{chart|boxstyle=vertical-align:top| Qu | | Le | | GB | | SB |Qu=<div style='text-align:left'>[[Quark#Table_of_properties|'''Three Generations''']]<ol style='margin-left:2ch'><li>[[Up quark|Up]] (u),<br/>&nbsp; &nbsp; [[Down quark|Down]] (d)</li><li>[[Charm quark|Charm]] (c),<br/>&nbsp; &nbsp; [[Strange quark|Strange]] (s)</li><li>[[Top quark|Top]] (t),<br/>&nbsp; &nbsp; [[Bottom quark|Bottom]] (b)</li></ol></div>|Le=<div style='text-align:left'>'''Three Generations'''<ol style='margin-left:2ch'><li>[[Electron]] ({{SubatomicParticle|Electron}})&dagger;,<br/>{{nowrap|&nbsp; &nbsp; [[Electron neutrino]] ({{SubatomicParticle|Electron neutrino}})}}</li><li>[[Muon]] ({{SubatomicParticle|Muon}}),<br/>&nbsp; &nbsp; [[Muon neutrino]] ({{SubatomicParticle|Muon neutrino}})</li><li>[[Tau (particle)|Tau]] ({{SubatomicParticle|Tau}}),<br/>&nbsp; &nbsp; [[Tau neutrino]] ({{SubatomicParticle|Tau neutrino}})</li></ol></div>|SB='''Unique'''<br/><br/>[[Higgs boson]] ({{SubatomicParticle|Higgs boson}})|GB=<div style='text-align:left'>'''Four kinds'''<br/>(four fundamental interactions)<ol style='margin-left:2ch'><li>[[Photon]]<br/>({{SubatomicParticle|Photon}}, [[electromagnetic interaction]])</li><li>[[W and Z bosons]]<br/>({{SubatomicParticle|W boson+}}, {{SubatomicParticle|W boson-}}, {{SubatomicParticle|Z boson}}, [[weak interaction]])</li><li>Eight types of [[gluon]]s<br/>({{SubatomicParticle|Gluon}}, [[strong interaction]])</li>{{#if:{{{SM|}}}||<li>[[Graviton]]<br/>({{SubatomicParticle|Graviton}}, [[gravity]], hypothetical)&Dagger;</li>}}</ol></div>}}
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{{chart|boxstyle=vertical-align:top| Qu | | Le | | GB | | SB |Qu=<div style='text-align:left'>[[Quark#Table_of_properties|'''Three Generations''']]<ol style='margin-left:2ch'><li>[[Up quark|Up]] (u),<br/>&nbsp; &nbsp; [[Down quark|Down]] (d)</li><li>[[Charm quark|Charm]] (c),<br/>&nbsp; &nbsp; [[Strange quark|Strange]] (s)</li><li>[[Top quark|Top]] (t),<br/>&nbsp; &nbsp; [[Bottom quark|Bottom]] (b)</li></ol></div>|Le=<div style='text-align:left'>'''Three Generations'''<ol style='margin-left:2ch'><li>[[Electron]] ({{SubatomicParticle|Electron}}),<sup>[[#dagger1|&nbsp;[&dagger;] ]]</sup><br/>{{nowrap|&nbsp; &nbsp; [[Electron neutrino]] ({{SubatomicParticle|Electron neutrino}})}}</li><li>[[Muon]] ({{SubatomicParticle|Muon}}),<br/>&nbsp; &nbsp; [[Muon neutrino]] ({{SubatomicParticle|Muon neutrino}})</li><li>[[Tau (particle)|Tau]] ({{SubatomicParticle|Tau}}),<br/>&nbsp; &nbsp; [[Tau neutrino]] ({{SubatomicParticle|Tau neutrino}})</li></ol></div>|SB='''Unique'''<br/><br/>[[Higgs boson]] ({{SubatomicParticle|Higgs boson}})|GB=<div style='text-align:left'>'''Four kinds'''<br/><small>(four fundamental interactions)</small><ol style='margin-left:2ch'><li>[[Photon]]<br/>({{SubatomicParticle|Photon}}, [[electromagnetic interaction]])</li><li>[[W and Z bosons]]<br/>({{SubatomicParticle|W boson+}}, {{SubatomicParticle|W boson-}}, {{SubatomicParticle|Z boson}}, [[weak interaction]])</li><li>Eight types of [[gluon]]s<br/>({{SubatomicParticle|Gluon}}, [[strong interaction]])</li>{{#if:{{{SM|}}}||<li>[[Graviton]]<br/>({{SubatomicParticle|Graviton}}, [[gravity]], hypothetical)<sup>[[#dagger2|&nbsp;[&Dagger;] ]]</sup></li>}}</ol></div>}}
 
{{chart/end}}
 
{{chart/end}}
<small style='display:block'>Notes:<br>
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<small style='display:block'>''Notes'':<br>
&dagger; An anti-electron ({{SubatomicParticle|Positron}}) is conventionally called a “[[positron]]”.<br>
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[&dagger;]{{anchor|dagger1}} An anti-electron ({{SubatomicParticle|Positron}}) is conventionally called a “[[positron]]”.<br>
{{#if:{{{SM|}}}||&Dagger; The known force carrier bosons all have spin = 1 and are therefore vector bosons. The hypothetical graviton has spin = 2 and is a tensor boson; whether it is a gauge boson as well, is unknown.}}</small>
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{{#if:{{{SM|}}}||[&Dagger;]{{anchor|dagger2}} The known force carrier bosons all have spin = 1 and are therefore vector bosons. The hypothetical graviton has spin = 2 and is a tensor boson; it is unknown whether it is a gauge boson as well.}}</small>

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Notes:
[†] An anti-electron (Template:SubatomicParticle) is conventionally called a “positron”.
[‡] The known force carrier bosons all have spin = 1 and are therefore vector bosons. The hypothetical graviton has spin = 2 and is a tensor boson; it is unknown whether it is a gauge boson as well.