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* [[velocity]] of [[light]] in [[vacuum]]: 299,792,458 m/s <ref>Review of Particle Physics

* In mathematical physics there is a well-known [[standard model of particle physics]].

...is a massive spin-0 [[elementary particle]] in the [[Standard Model]] of [[particle physics]] that plays a key role in explaining the mass of other elementary particle ...GeV (gigaelectronvolts), assuming the correctness of the Standard Model of particle physics. See review of the experiments:<ref name=Monig/> The observed mass was plac

For [[particle physics]], this was the problem of determining the state of a [[fundamental particl

...t antineutrinos act differently". ''Symmetry Breaking: Extra Dimensions of Particle Physics'' '''28''' [http://www.symmetrymagazine.org/breaking/2010/06/18/miniboone-r

...]s, one of two types of fundamental particles in the [[Standard Model]] of particle physics, the other being the [[quark]]s. On a larger scale, [[atom]]s and [[molecul

| [[Particle physics|Particles]], [[Quantum field theory|fields]], [[gravitation]], and [[physic

...gle.com/books?id=EX2sgFJhFyQC&pg=PA95 |pages=p. 95 |title=Pions to Quarks: Particle Physics in The 1950s |editor=Laurie Mark Brown, Max Dresden, Lillian Hoddeson, eds ...ns from a modern standpoint are described in {{cite book |title=Elementary Particle Physics: Volume 1: Quantum Field Theory and Particles |author=Yorikiyo Nagashima |i

* [[velocity]] of [[light]] in [[vacuum]]: 299,792,458 m/s <ref>Review of Particle Physics

...e Medicine on Trial'' (with [[Edzard Ernst]], 2008). He has a [[PhD]] in [[particle physics]] from [[University of Cambridge|Cambridge University]].

...ks?id=vLy2YlkXZuEC&pg=PA124 |author=Christopher G. Tully |title=Elementary Particle Physics in a Nutshell |isbn=0691131163 |year=2011 |publisher=Princeton University P

It is recognized in the [[Standard Model]] of particle physics that kinetic energy and force fields contribute most of the [[mass]] of ord In [[particle physics]], '''[[antimatter]]''' is matter that is composed of the [[antiparticle]]s

*[[Particle physics]], also known as "high-energy physics". This branch is concerned with the p In [[particle physics]], the first pieces of experimental evidence for physics beyond the [[Stand

...ago, he inaugurated shortly after the war an important research program in particle physics centered on a new 450 MeV [[synchrocyclotron]]. ...s the University of Chicago, where he led an important research program in particle physics using a 450 MeV [[synchrocyclotron]]. His team studied [[pion]]-[[nucleon]]

* [[velocity]] of [[light]] in [[vacuum]]: 299,792,458 m/s <ref>Review of Particle Physics

...efore the Big Bang: An Outrageous New Perspective and Its Implications for Particle Physics]. Edinburgh, Scotland: European Particle Accelerator Conference, 2759-2762.

...rticle]]s, and [[neutrino]]s.<ref name=closeparphys2004>Close FE. (2004) ''Particle Physics: A Very Short Introduction''. Oxford: Oxford University Press. ISBN 0192804

:*''Note: this article lacks the point of view of particle physics. Its status can only be upgraded to 1 after an elementary-particle physicis

...]] interactions between [[lepton]]s and [[quark]]s, the basic particles of particle physics. This model is very strongly supported by experimental observations, and is {{cite book |title=Introduction to elementary particle physics |author=Alessandro Bettini |url=http://books.google.com/books?id=HNcQ_EiuTx

...oogle.com/books?id=ws8QZ2M5OR8C&pg=PA103 |pages=p. 104 |title=Nuclear and Particle Physics: An Introduction |author=Brian Martin |isbn=0470742747 |year=2009 |edition=