English: The above interactions form the basis of the standard model. All Feynman diagrams in the standard model are built from combinations of these vertices. The first row are the quantum chromodynamics vertices, the second row is the electromagnetic vertex, the third row are the weak vertices, the fourth row are the Higgs vertices and the final row is the electroweak vertices.

${\displaystyle q}$ is any quark, ${\displaystyle X^{+/-}}$ is any charged particle, ${\displaystyle \gamma }$ is a photon, ${\displaystyle f}$ is any fermion, ${\displaystyle m}$ is any particle with mass (with the possible exception of the neutrinos), ${\displaystyle m_{B}}$ is any boson with mass. For diagrams with multiple particle labels on one line, one particle label is chosen. For diagrams with coloured particle labels the particles must be chosen so there is two of one colour in the diagram. i.e. for the four electroweak boson case the valid diagrams are ${\displaystyle WWWW}$,${\displaystyle WWZZ}$,${\displaystyle WW\gamma \gamma }$,${\displaystyle WWZ\gamma }$.

The conjugate of each listed vertex (i.e. reversing the direction of arrows) is also allowed.

Lindon, Jack (2020) Particle Collider Probes of Dark Energy, Dark Matter and Generic Beyond Standard Model Signatures in Events With an Energetic Jet and Large Missing Transverse Momentum Using the ATLAS Detector at the LHC (PhD)^[1], CERN