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Color Screening Melts Quarkonium
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We calculate quarkonium spectral functions in a quark-gluon plasma using a potential model based on full QCD lattice calculations of the free energy of static quark-antiquark pair. We estimate the binding energy and the thermal width of different quarkonium states. The estimated upper limit for the dissociation temperatures is considerably lower than the ones suggested in the recent literature.
Forward citations
Cited by 3 Pith papers
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Non-extensive Hard Thermal Loop Resummation and Its Applications: Analysis in Zero and Finite Magnetic Fields
Non-extensive HTL corrections increase the Debye mass, weaken the heavy quark potential, and lower the predicted melting temperatures of J/Ψ and Υ, with a magnetic field opposing the effect.
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Melting of heavy quarkonia in QGP using deep neural networks
A deep neural network trained on lattice QCD data provides the screening mass and coupling used to compute quarkonium dissociation temperatures, which roughly match earlier potential-model and lattice results.
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Quantum simulation of bottomonium dynamics in the quark-gluon plasma via the Lindblad equation
A quantum circuit simulation of the next-to-leading-order Lindblad equation for bottomonium in the quark-gluon plasma matches QuTiP and finds a small color-octet contribution to the Upsilon(1S) survival probability.
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