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...are hadron reactions in which the main role is played by [[quarks]] and [[gluons]] and which are well described by [[perturbation theory]] in [[QCD]]. * {{cite book | author=Creutz, Michael | title=Quarks, Gluons and Lattices | publisher=Cambridge University Press | year=1985 | isbn = 97 ...

The advantage of light-cone gauge is that fields, e.g. [[gluons]] in the [[QCD]] case, are transverse. Consequently, all [[Faddeev–Popov gh ...

...asses of amplitude vanish at tree level; in particular when fewer than two gluons have negative helicity (and all the rest have positive helicity): ...y simple form in terms of momentum bilinears, independent of the number of gluons present: ...

...rmed with ordinary [[parton (particle physics)|partons]] ([[quarks]] and [[gluons]]), in analogy with the ordinary [[hadrons]]. ...lored particles. But [[R-parity]] prevents a direct decay to quarks and/or gluons, and on the other hand the only other colored supersymmetric particles are ...

...on|baryons]]) as relativistic bound states of [[Quark|quarks]] and [[Gluon|gluons]] interacting via the [[strong nuclear force]], a well-adopted scheme is th Within the Maris-Tandy model of QCD interactions for quarks and gluons, the quark-gluon proper vertex <math>\Gamma_{\mu}(k,p)</math> in combinatio ...

{{Short description|Quantum field giving rise to gluons}} Gluons can have eight [[colour charge]]s so there are eight fields, in contrast to ...

...her by the strong force due to their [[color charge]], mediated by gluons. Gluons themselves possess color charge and can mutually interact. ...d strength has extra terms which lead to [[self-interaction]]s between the gluons and [[asymptotic freedom]]. This is a complication of the strong force maki ...

...nsion, which is consistent with the center vortex picture. In this theory, gluons can screen quarks, leading to color singlet states with the quantum number ...

| Via [[gluons]] and [[top quark]]s ...

...Exotic hadrons]], particles composed of unusual combinations of quarks and gluons. **[[Glueball]], hypothetical particle that consist of only [[Gluon|gluons]]. ...

...oton–proton scattering. Gluons as components of the photon may scatter off gluons residing in the proton, and generate two hadron jets in the final state. Th ...

From this equation, we can map the dynamics of [[Quark|quarks]] and [[Gluon|gluons]] within [[Hadron|hadrons]] to a higher-dimensional [[Anti-de Sitter space| ...

...jet|jets of particle]]s initiated by proton constituents ([[quarks]] and [[gluons]]). The number of subprocesses describing a given process is so large that ...arton distribution functions]] describing the actual content in terms of [[gluons]] and [[quarks]] of the p or p-bar initial state particles ...

...erplay with the strong interactions.<ref>with H. Fritzsch, ψ - Resonances, Gluons and the Zweig Rule, Nuovo Cimento 30A (1975) 393</ref><ref>The Structure of ...

...fraction {{#tag:math|x}} of all the partons ([[quarks]], antiquarks and [[gluons]] inside a [[hadron]] is equal to 1. ...

...brium. The word plasma signals that color charged particles (quarks and/or gluons) are able to move in the volume occupied by the plasma. The abundance of ...ucleus|nuclei]] create an extremely dense environment, in which quarks and gluons may interact as free particles for brief moments. The collisions happened a ...