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- W2079140956 abstract "We address the issue of whether a region of disordered chiral condensate (DCC), in which the chiral condensate has components along the pion directions, can form. We consider a system going through the chiral phase transition either via a quench, or via relaxation of the high temperature phase to the low temperature one within a given time scale (of order $sim 1 rm{fm/c}$). We use a density matrix based formalism that takes both thermal and quantum fluctuations into account non-perturbatively to argue that if the $O(4)$ linear sigma model is the correct way to model the situation in QCD, then it is very unlikely at least in the Hartree approximation, that a large ($> 10 rm{fm}$) DCC region will form. Typical sizes of such regions are $sim 1 -2 rm{fm}$ and the density of pions in such regions is at most of order $sim 0.2 / rm{fm}^3$. We end with some speculations on how large DCC regions may be formed." @default.
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- W2079140956 date "1995-01-15" @default.
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- W2079140956 title "Can disoriented chiral condensates form? A dynamical perspective" @default.
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- W2079140956 doi "https://doi.org/10.1103/physrevd.51.734" @default.
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