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The Standard Model - Coggle Diagram
The Standard Model
Gauge Bosons
Photon
Mediated through electromagnetic force
Acts over infinite range
Strength of 0.1
Acts between charged and magnetic objects/particles
Quarks
Up
Down
Charm
Strange
Top
Bottom
Leptons
Electron
Muon
Tau
Gluon
Mediated through strong nuclear force
Shortest range of 10^-15
Binds protons and neutrons to form a nucleus
Acts on quarks and glues them together to form hadrons
Up
Down
Top
Bottom
Charm
Strange
Strength of 1
Z°
Mediated through weak nuclear force
Acts on neutrinos
Tau neutrino
Muon neutrino
Electron neutrino
Range of 10^-18m
Strength of 10^-6
W- , W+
Mediated through weak nuclear force
Range of 10^-18m
Acts on all fermions
Quarks
Up
Dowm
Top
Bottom
Strange
Charm
Leptons
Electron
Electron neutrino
Muon
Tau
Tau neutrino
Muon neutrino
Strength of 10^-6
Fermions
Leptons
electron (e-)
electron neutrino (Ve)
muon
muon neutrino
tau
tau neutrino
Antileptons
positron
electron antineutrino
antimuon
antitau
muon antineutrino
tau antineutrino
Hadrons
Baryons
proton
neutron
antiproton
antineutron
lambda-plus
lambda-zero
sigma-plus
sigma-zero
xi-zero
omega-minus
sigma-minus
xi-plus
Consist of 3 quarks or 3 antiquarks
Baryon number of 1 for matter and -1 for antimatter
Mesons
pion-plus
pion-minus
kaon-plus
rho-plus
kaon-minus
rho-minus
phi
D-plus
B-minus
D-zero
upsilon
D-plus-s
Consist of a quark and antiquark pair
Baryon number of 0
Further information on quarks
Quarks
Colour change of red, green, blue
Up
Charge is +2/3e
Down
Charge is -1/3e
Top
Charge is +2/3e
Bottom
Charge is -1/3e
Charm
Charge is +2/3e
Strange
Charge is -1/3e
Antiquarks
Colour change of anti red, anti green, anti blue
Antiup
Charge is -2/3e
Antidown
Charge is +1/3e
Antitop
Charge is -2/3e
Antibottom
Charge is +1/3e
Anticharm
Charge is -2/3e
Antistrange
Charge is +1/3e