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Running coupling and screening in the (s)QGP
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abstract
Emphasizing the importance of renormalization in the context of thermal field theory in general, it is pointed out that the Debye mass in the hot quark gluon plasma is determined by the coupling at the scale $m_D$, not $T$ as commonly presumed. The mended result agrees quantitatively with lattice QCD calculations in the strong coupling regime almost down to $T_c$.
Forward citations
Cited by 3 Pith papers
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A unified description of small, peripheral, and large system suppression data from pQCD
A large-system-constrained energy-loss model predicts equal high-pT suppression in central small systems and peripheral large systems, consistent with PHENIX d+Au data but not with the ATLAS p+Pb enhancement.
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Exploring the initial stages in heavy-ion collisions with high-pT RAA and v2 theory and data
High-pT v2 is insensitive to initial-stage temperature profiles, and previously reported sensitivity is an artifact of per-scenario energy-loss fitting.
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Heavy quark suppression and anisotropic flow at intermediate momentum
Heavy quark suppression and elliptic flow in noncentral heavy-ion collisions are computed with a unified collisional plus radiative energy-loss model, showing a collisional-to-radiative transition and weaker pT depend...
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