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{{r|Standard Model}}

...p://books.google.com/books?id=JcvWry8rjTwC&pg=PA48 |title=Symmetry and the Standard Model: Mathematics and Particle Physics |publisher=Springer |isbn= 1441982663 |ch

{{r|Standard Model}}

{{r|Standard Model}}

{{r|Standard Model}}

{{r|Standard Model}}

In the [[Standard Model]] elementary particles fall into different groups: the group of "particles"

...Model]], as well as investigation of the validity of theories “beyond” the Standard Model such as [[Supersymmetry]], [[Technicolor]], and [[Extra Dimensions]]. In a == Standard Model Higgs ==

The '''Higgs boson''' is a massive spin-0 [[elementary particle]] in the [[Standard Model]] of [[particle physics]] that plays a key role in explaining the mass of o ...interaction have mass, that left an unanswered question in the original [[Standard Model]]. So a scalar field was added, called the Higgs field. The quantum of the

In the [[Standard Model]] the pions are ''colorless'': the antiquark of the quark-antiquark pair mu ''See also the articles'' [[Quark]] ''and'' [[Standard Model]]

''See also the article'' [[Standard Model]].

...the principles of [[special relativity]], but has been superseded by the [[Standard Model]], where electromagnetic force is combined with the [[weak force]] to becom

According to the [[Standard_Model#Quarks|standard model]] of particle physics, '''quarks''' are one of the two fundamental building

{{r|Standard Model}}

According to the [[standard model]], protons are composed of three [[quark]]s: two [[up quark|up quarks]] and ...ew [[Large Hadron Collider]], that promulgated and verified quarks and the standard model.

...odel.PNG|right|200px|The fundamental particles and messenger quanta of the Standard Model.}} ...which remains an elusive goal of the ultimate "theory of everything". The Standard Model is accordingly not consistent with [[general relativity]]. The theory is co

...ynamics|QCD vacuum]] to produce the observed sub-atomic particles of the [[Standard Model]]. The Higgs field is the order parameter breaking "electroweak gauge symme

Originally, the [[Standard Model]] considered neutrinos to be massless. However, having observed neutrino os ...the universe, there is vastly more matter than antimatter. However, in the Standard Model of physics, there is no discernable reason why this should be so. The neutr

...ong to the [[lepton]]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, [

...]], the [[weak force]] and the [[strong force]]). See the article on the [[Standard Model]].