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...[[phonon]]s. Such "effective particles" derived from effective fields are also known as [[quasiparticle]]s. ==See also==

Equations of state can also describe solids, including the transition of solids from one crystalline st The above relationship has also been attributed to [[Edme Mariotte]] and is sometimes referred to as Mariot

...a hot phase of quark matter called the [[quark–gluon plasma]] (QGP).<ref>See ''"Hadrons and quark-gluon plasma"'' for example.</ref> ...ice|title=ALICE |publisher=CERN |access-date= 16 December 2015}}</ref><ref>See ''"Hunting the quark gluoan plasma"'' as an example of the research at RHIC

...w e.g. that in a meson not only the particles (quarks and antiquarks), but also the "[[Flux tube|fluxtube]]s" of the gluon fields are important.{{citation Lattice gauge theory is also important for the study of [[quantum triviality]] by the real-space [[renor

...tes the flux of particles with the negative gradient of the concentration (see [[Fick's laws of diffusion]]) * [[Thermal conductivity]] (see [[Fourier's law]])

==See also==

...nly sees the valence partons. At higher energies, the scattering particles also detects the sea partons.]] ...ysics of parton showers]. Accessed 17 Nov 2013.</ref> As such, the name is also used to refer to algorithms that approximate or simulate the process.

'''Magnetohydrodynamics''' ('''MHD'''; '''also magneto-fluid dynamics''' or '''hydro&shy;magnetics''') is the study of the {{See also|Waves in plasmas}}

...charge carriers in a material as a gas).<ref name="Encyclopaediaof" /> See also [[convection–diffusion equation]]. ...f more than one [[chemical species]], one distribution is needed for each, see below.

...rferometer]]s and were originally used in [[astronomy]], although they are also heavily used in the field of [[quantum optics]]. ...Hanbury Brown and Twiss resolved the dispute in a neat series of articles (see [[#References|References]] below) that demonstrated, first, that wave trans

{{see also|Strangeness}} ...pically approach chemical equilibrium in a dynamic evolution process. QGP (also known as [[QCD matter|quark matter]]) is an interacting localized assembly

...how|Sheldon Glashow]], [[John Iliopoulos]] and [[Luciano Maiani]] in 1970 (see [[GIM mechanism]]).<ref> ==See also==

...be directly observed. The hot, dense medium produced in the collisions is also composed of partons; it is known as a [[quark–gluon plasma]] (QGP). In th == See also ==