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A particle physics model is essentially described by its Lagrangian. To simulate the production of events through event generators, 3 steps have to be taken. The Automatic Calculation project is to create the tools to make those steps as automatic (or programmed) as possible: I Feynman rules, coupling and mass generation
However, as the detector simulation is usually a complex and computationally expensive task, simple event analysis techniques are also performed directly on event generator results. Some automatic software packages exist, that help in constructing event generators and are sometimes viewed as generators of event generators or meta-generators .
Interactions in the Standard Model. All Feynman diagrams in the model are built from combinations of these vertices. q is any quark, g is a gluon, X is any charged particle, γ is a photon, f is any fermion, m is any particle with mass (with the possible exception of the neutrinos), m B is any boson with mass. In diagrams with multiple particle ...
Interactions in the Standard Model. All Feynman diagrams in the model are built from combinations of these vertices. q is any quark, g is a gluon, X is any charged particle, γ is a photon, f is any fermion, m is any particle with mass (with the possible exception of the neutrinos), m B is any boson with mass. In diagrams with multiple particle ...
This template is within the scope of WikiProject Physics, a collaborative effort to improve the coverage of Physics on Wikipedia. If you would like to participate, please visit the project page, where you can join the discussion and see a list of open tasks. Physics Wikipedia:WikiProject Physics Template:WikiProject Physics physics
Template:Subatomic particle uses this template to display particles, e.g.: {{Subatomic particle|link=yes|Electron}} → e − is the same as {{Physics particle|e|TR=−|link=Electron}} → e − (an electron) {{Subatomic particle|Strange antib0}} → B 0 s is the same as {{Physics particle|anti=yes|B|TR=0|BR=s|BRc=1}} → B 0 s (a meson)
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