Difference between revisions of "PDG particle numbering scheme"

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The '''PDG particle numbering scheme''' by the [[Particle Data Group]] (PDG) assigns a unique code to each type of particle. These codes are commonly called '''PDGID''' (or '''PDG ID'''). They are used widely across particle physics, e.g. in all modern [[Event generator|MC event generators]]. The numbering includes all known [[elementary]] particles (electrons, W bosons, …), composite particles ([[Meson|mesons]], [[Baryon|baryons]], …) and atomic nuclei. It also provides codes for hypothetical particles [[beyond the Standard Model]]. The numbering of [[Hadron|hadrons]] follows a logical scheme based on their quark content and quantum numbers, so that arbitrary hadrons can be numbered. Particles are assigned a positive PDGID, antiparticles a negative one. The PDG convention for mesons is used, so that K<sup>+</sup> and B<sup>+</sup> are defined to be particles (not antiparticles).
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[[Category:Basic concept]]
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[[Category:Format]]
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The '''PDG particle numbering scheme''' by the [https://en.wikipedia.org/wiki/Particle_Data_Group Particle Data Group] (PDG) assigns a unique code to each type of particle. These codes are commonly called '''PDGID''' (or '''PDG ID'''). They are used widely across particle physics, e.g. in all modern [[Event generator|MC event generators]]. The numbering includes all known [[elementary]] particles (electrons, W bosons, …), composite particles ([[Meson|mesons]], [[Baryon|baryons]], …) and atomic nuclei. It also provides codes for hypothetical particles [[beyond the Standard Model]]. The numbering of [[Hadron|hadrons]] follows a logical scheme based on their quark content and quantum numbers, so that arbitrary hadrons can be numbered. Particles are assigned a positive PDGID, antiparticles a negative one. The PDG convention for mesons is used, so that K<sup>+</sup> and B<sup>+</sup> are defined to be particles (not antiparticles).
  
 
== Table of some common PDGIDs ==
 
== Table of some common PDGIDs ==
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== See also ==
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''PDGID should not be confused with PID'', which generally stands for experimental [[particle identification]].
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== Learn more ==
 
== Learn more ==
  
[http://pdg.lbl.gov/2007/reviews/montecarlorpp.pdf PDG numbering scheme documentation] – this document is from 2007, for any changes check the latest [[PDG review]].
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[http://pdg.lbl.gov/2007/reviews/montecarlorpp.pdf PDG numbering scheme documentation] – this document is from 2007, for any changes check the latest [https://en.wikipedia.org/wiki/Particle_Data_Group#Review_of_Particle_Physics PDG review].

Latest revision as of 08:15, 27 July 2017

The PDG particle numbering scheme by the Particle Data Group (PDG) assigns a unique code to each type of particle. These codes are commonly called PDGID (or PDG ID). They are used widely across particle physics, e.g. in all modern MC event generators. The numbering includes all known elementary particles (electrons, W bosons, …), composite particles (mesons, baryons, …) and atomic nuclei. It also provides codes for hypothetical particles beyond the Standard Model. The numbering of hadrons follows a logical scheme based on their quark content and quantum numbers, so that arbitrary hadrons can be numbered. Particles are assigned a positive PDGID, antiparticles a negative one. The PDG convention for mesons is used, so that K+ and B+ are defined to be particles (not antiparticles).

Table of some common PDGIDs

The corresponding antiparticles have the same number with a minus sign.

Quarks
Symbol PDGID
d 1
u 2
s 3
c 4
b 5
t 6
b' 7
t' 8
Leptons
Symbol PDGID
e 11
νe 12
μ 13
νμ 14
τ 15
ντ 16
τ' 17
ντ' 18
Gauge and Higgs bosons
Symbol PDGID
g 9 and 21
γ 22
Z 23
W+ 24
h0 or H01 25
H+ 37

See also

PDGID should not be confused with PID, which generally stands for experimental particle identification.


Learn more

PDG numbering scheme documentation – this document is from 2007, for any changes check the latest PDG review.