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..., in-medium properties of hadrons and active degrees of freedom of Quantum Chromodynamics (QCD) from the experimental measurements of individual quantities. While th

...s a hierarchy of scales. Effective field theories in physics can include [[quantum field theories]] in which the fields are treated as fundamental, and effect In a certain sense, [[quantum field theory]], and any other currently known physical theory, could be des

'''Quark matter''' or '''QCD matter''' ([[quantum chromodynamics|quantum chromodynamic]]) refers to any of a number of hypothetical [[phase (matter) ...[strong interaction|strong force]] is described by the theory of [[quantum chromodynamics|QCD]]. At ordinary temperatures or densities this force just [[color confin

{{Quantum field theory}} ...eories of [[elementary particle]]s: [[quantum electrodynamics]], [[quantum chromodynamics]] (QCD) and particle physics' [[Standard Model]]. [[Non-perturbative]] gaug

[[Category:Quantum chromodynamics]]

...quark model]], and the confirmation of [[asymptotic freedom]] in [[quantum chromodynamics]], partons were matched to [[quark]]s and [[gluon]]s. The parton model rema ...quark model]], and the confirmation of [[asymptotic freedom]] in [[quantum chromodynamics]], partons were matched to quarks and gluons. The parton model remains a ju

...n base line is suppressed. Suppression is expected when a otherwise absent quantum number, such as strangeness, is rarely produced. This situation was recogni [[Category:Quantum chromodynamics]]

...QGP). In this realm, the laws of physics that apply are those of [[quantum chromodynamics]] (QCD). ...ation functions as compared to the unquenched case. According to [[Quantum chromodynamics|QCD]], high-momentum [[parton (particle physics)|partons]] produced in the