ଛାଞ୍ଚ:Subatomic particle
Usage
Examples without links
{Subatomic particle|quark}
gives q{Subatomic particle|squark}
gives q͂{Subatomic particle|antiquark}
gives q{Subatomic particle|antisquark}
gives q̅͂{Subatomic particle|valence quark}
gives q
v{Subatomic particle|valence antiquark}
gives q
v{Subatomic particle|sea quark}
gives q
s{Subatomic particle|sea antiquark}
gives q
s{Subatomic particle|up quark}
gives u{Subatomic particle|up squark}
gives u͂{Subatomic particle|up antiquark}
gives u{Subatomic particle|up antisquark}
gives u̅͂{Subatomic particle|charmed xi*+}
gives Ξ∗+
c{Subatomic particle|charmed xi*0}
gives Ξ∗0
c{Subatomic particle|bottom xi'-}
gives Ξ′−
b{Subatomic particle|bottom xi*}
gives Ξ∗
b{Subatomic particle|bottom xi*0}
gives Ξ∗0
b{Subatomic particle|top xi*}
gives Ξ∗
t{Subatomic particle|top xi*+}
gives Ξ∗+
t{Subatomic particle|top xi*0}
gives Ξ∗0
t{Subatomic particle|double charmed xi}
gives Ξ
cc{Subatomic particle|double charmed xi++}
gives Ξ++
cc{Subatomic particle|double charmed xi+}
gives Ξ+
cc{Subatomic particle|double charmed xi*}
gives Ξ∗
cc{Subatomic particle|double charmed xi*++}
gives Ξ∗++
cc{Subatomic particle|double charmed xi*+}
gives Ξ∗+
cc{Subatomic particle|double bottom xi}
gives Ξ
bb{Subatomic particle|double top xi*++}
gives Ξ∗++
tt{Subatomic particle|double top xi*+}
gives Ξ∗+
tt{Subatomic particle|top omega*0}
gives Ω∗0
t{Subatomic particle|double charmed omega}
gives Ω
cc{Subatomic particle|double charmed omega+}
gives Ω+
cc{Subatomic particle|double charmed omega*}
gives Ω∗
cc{Subatomic particle|double top omega*+}
gives Ω∗+
tt{Subatomic particle|charmed bottom omega}
gives Ω
cb{Subatomic particle|charmed bottom omega0}
gives Ω0
cb{Subatomic particle|triple bottom omega}
gives Ω
bbb{Subatomic particle|triple bottom omega-}
gives Ω−
bbb{Subatomic particle|triple top omega}
gives Ω
ttt{Subatomic particle|triple top omega++}
gives Ω++
ttt{Subatomic particle|double charmed bottom omega}
gives Ω
ccb{Subatomic particle|double charmed bottom omega+}
gives Ω+
ccb{Subatomic particle|double charmed bottom omega*}
gives Ω∗
ccb{Subatomic particle|double charmed bottom omega*+}
gives Ω∗+
ccb{Subatomic particle|charmed double bottom omega*}
gives Ω∗
cbb{Subatomic particle|charmed double bottom omega*0}
gives Ω∗0
cbb{Subatomic particle|phi--}
gives Φ−−
{Subatomic particle|pion}
gives π{Subatomic particle|kaon*-+}
gives K∗∓{Subatomic particle|rho}
gives ρ{Subatomic particle|rho+}
gives ρ+{Subatomic particle|strange d-}
gives D−
s{Subatomic particle|strange d+-}
gives D±
s{Subatomic particle|strange b}
gives B
s{Subatomic particle|strange b0}
gives B0
s{Subatomic particle|t+-}
gives T±{Subatomic particle|t-+}
gives T∓{Subatomic particle|antit}
gives T{Subatomic particle|antit0}
gives T0{Subatomic particle|strange antit*}
gives T∗±
s{Subatomic particle|charmed t}
gives T
c{Subatomic particle|neutralino 4}
gives N͂0
4{Subatomic particle|chargino+}
gives C+{Subatomic particle|chargino-}
gives C−{Subatomic particle|chargino 2-+}
gives C∓
2{Subatomic particle|photino}
gives γ͂{Subatomic particle|wino}
gives W͂{Subatomic particle|wino0}
gives W͂0{Subatomic particle|wino+}
gives W͂+{Subatomic particle|zino}
gives Z͂{Subatomic particle|zino0}
gives Z͂0{Subatomic particle|higgsino}
gives H͂{Subatomic particle|bino}
gives b͂
{Subatomic particle|para-positronium}
gives 1S
0{Subatomic particle|ortho-positronium}
gives 3S
0{Subatomic particle|antihydrogen}
gives H{Subatomic particle|antideuterium}
gives D{Subatomic particle|antitritium}
gives T{Subatomic particle|antihelium}
gives He
Examples with links
{Subatomic particle|quark|link=yes}
gives q{Subatomic particle|squark|link=yes}
gives q͂{Subatomic particle|antiquark|link=yes}
gives q{Subatomic particle|antisquark|link=yes}
gives q̅͂{Subatomic particle|valence quark|link=yes}
gives qv{Subatomic particle|valence antiquark|link=yes}
gives qv{Subatomic particle|bottom quark|link=yes}
gives b{Subatomic particle|bottom squark|link=yes}
gives b͂{Subatomic particle|lepton|link=yes}
gives l{Subatomic particle|lepton-|link=yes}
gives l−{Subatomic particle|lepton0|link=yes}
gives l0{Subatomic particle|tau neutrino0|link=yes}
gives ν0τ{Subatomic particle|tau antineutrino|link=yes}
gives ντ{Subatomic particle|w boson|link=yes}
gives W{Subatomic particle|w boson+|link=yes}
gives W+{Subatomic particle|w boson0|link=yes}
gives W0{Subatomic particle|w boson-|link=yes}
gives W−{Subatomic particle|w boson+-|link=yes}
gives W±{Subatomic particle|w boson-+|link=yes}
gives W∓{Subatomic particle|B boson|link=yes}
gives B{Subatomic particle|B boson0|link=yes}
gives B0{Subatomic particle|higgs boson|link=yes}
gives H0{Subatomic particle|charmed sigma++|link=yes}
gives Σ++c{Subatomic particle|charmed sigma+|link=yes}
gives Σ+c{Subatomic particle|charmed sigma0|link=yes}
gives Σ0c{Subatomic particle|charmed sigma*|link=yes}
gives Σ∗c{Subatomic particle|charmed sigma*++|link=yes}
gives Σ∗++c{Subatomic particle|charmed sigma*+|link=yes}
gives Σ∗+c{Subatomic particle|double bottom xi0|link=yes}
gives Ξ0bb{Subatomic particle|double bottom xi-|link=yes}
gives Ξ−bb{Subatomic particle|double bottom xi*|link=yes}
gives Ξ∗bb{Subatomic particle|double bottom xi*0|link=yes}
gives Ξ∗0bb{Subatomic particle|bottom top omega0|link=yes}
gives Ω0bt{Subatomic particle|bottom top omega*|link=yes}
gives Ω∗bt{Subatomic particle|k-long0|link=yes}
gives K0L{Subatomic particle|kaon*|link=yes}
gives K∗{Subatomic particle|kaon*+|link=yes}
gives K∗+{Subatomic particle|kaon*0|link=yes}
gives K∗0{Subatomic particle|kaon*-|link=yes}
gives K∗−{Subatomic particle|kaon*+-|link=yes}
gives K∗±{Subatomic particle|kaon*-+|link=yes}
gives K∗∓{Subatomic particle|higgsino|link=yes}
gives H͂{Subatomic particle|bino|link=yes}
gives b͂{Subatomic particle|para-positronium|link=yes}
gives 1S0{Subatomic particle|ortho-positronium|link=yes}
gives 3S0{Subatomic particle|antihydrogen|link=yes}
gives H{Subatomic particle|antideuterium|link=yes}
gives D{Subatomic particle|antitritium|link=yes}
gives T{Subatomic particle|antihelium|link=yes}
gives He
Lists
List of supported particles
This is a list of all types of particles supported by Template:SubatomicParticle (and therefore also by Template:SubatomicParticle/symbol and Template:SubatomicParticle/link). See the first template for details on how to use and change them. For each type, a list of implemented particles is available at the linked page.
- quarks, squarks
- leptons, sleptons
- bosons, sbosons
- baryons, exotic baryons
- mesons
- radiation specific
- neutralinos and charginos
- exotic atoms
Components
See also