Thermal suppression of moving heavy quark pairs in a strongly coupled plasma

Finazzo, Stefano Ivo; Noronha, Jorge

doi:10.1007/jhep01(2015)051

Cited by 29 publications

(67 citation statements)

References 77 publications

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“…Evaluation of ImV QQ will yield to determine the suppression of QQ in heavy ion collision [40]. The main idea is using boosted frame to have Re V QQ and Im V QQ [41] for QQ in a plasma.…”

Section: Jhep06(2015)204mentioning

confidence: 99%

“…In this work, the procedure of [40] is followed to evaluate the imaginary part of potential for an AdS metric background with deformation parameter in warp factor. It is interesting to see " what will happen if meson be in a deformed AdS?"…”

Section: Jhep06(2015)204mentioning

confidence: 99%

“…So, we present general relations for real and imaginary parts of potential when the dipole is moving with velocity η perpendicularly to the wind [40].…”

Section: Qq In An Deformed Ads Perpendicular Casementioning

confidence: 99%

“…As before we extract the real and imaginary parts of potential with method of [40], θ is the angle of the dipole with respect to the X d−1 and dipole is on the (X 1 , X d−1 ) plane. The boundary conditions are,…”

Section: Qq In An Deformed Ads At Arbitrary Anglesmentioning

confidence: 99%

“…The result of cases with a fixed η and different choices of θ besides a fixed θ and different choices of η have been studeid in [40], so we proceed by fixing both of them and choosing different values of deformation parameter.…”

Section: Jhep06(2015)204mentioning

confidence: 99%

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The effects of deformation parameter on thermal width of moving quarkonia in plasma

Sadeghi

Tahery

2015

J. High Energ. Phys.

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In general we can say that the thermal width of quarkonia corresponds to imaginary part of it's potential. Gravity dual of theories give explicit form of potential as V QQ . Since there is an explicit formula for ImV QQ one can consider different gravity duals and study the results of contribution of various parameters. Variable gravity duals of moving pair in plasma have different results for potential. Our paper shows that deformation parameter c in warp factor leads to new results that we present them for arbitrary angles of the pair with respect to it's velocity. We compare our results with the case that no deformation parameter is in metric background. We will see that the thermal width of the pair increases with increasing deformation parameter. Also, for nonzero values of deformation parameter the pair feels moving plasma in all distances. In addition our results indicate that contribution of deformation parameter leads to larger dissociation length for the moving pair reverse to the effect of the pair's velocity in the plasma.

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“…Evaluation of ImV QQ will yield to determine the suppression of QQ in heavy ion collision [40]. The main idea is using boosted frame to have Re V QQ and Im V QQ [41] for QQ in a plasma.…”

Section: Jhep06(2015)204mentioning

confidence: 99%

Section: Jhep06(2015)204mentioning

confidence: 99%

“…So, we present general relations for real and imaginary parts of potential when the dipole is moving with velocity η perpendicularly to the wind [40].…”

Section: Qq In An Deformed Ads Perpendicular Casementioning

confidence: 99%

Section: Qq In An Deformed Ads At Arbitrary Anglesmentioning

confidence: 99%

Section: Jhep06(2015)204mentioning

confidence: 99%

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The effects of deformation parameter on thermal width of moving quarkonia in plasma

Sadeghi

Tahery

2015

J. High Energ. Phys.

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Holographic imaginary potential of a quark antiquark pair in the presence of gluon condensation

Tahery

Chen

Zhang

2023

J. High Energ. Phys.

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For a moving heavy quark antiquark (QQ) in a quark gluon plasma (QGP), we use gauge/gravity duality to study both real and imaginary parts of the potential ($$ \operatorname{Re}{V}_{Q\overline{Q}} $$ Re V Q Q ¯ and $$ \operatorname{Im}{V}_{Q\overline{Q}} $$ Im V Q Q ¯ respectively) in a gluon condensate (GC) theory. The complex potential is derived from the Wilson loop by considering the thermal fluctuations of the worldsheet of the Nambu-Goto holographic string. We calculate $$ \operatorname{Re}{V}_{Q\overline{Q}} $$ Re V Q Q ¯ and $$ \operatorname{Im}{V}_{Q\overline{Q}} $$ Im V Q Q ¯ in both cases where the axis of the moving $$ Q\overline{Q} $$ Q Q ¯ pair is transverse and parallel with respect to its direction of movement in the plasma. Using the renormalization scheme for the $$ \operatorname{Re}{V}_{Q\overline{Q}} $$ Re V Q Q ¯ , we find that the inclusion of GC increases the dissociation length while rapidity has the opposite effect. While for the $$ \operatorname{Im}{V}_{Q\overline{Q}} $$ Im V Q Q ¯ , we observe that by considering the effect of GC, the $$ \operatorname{Im}{V}_{Q\overline{Q}} $$ Im V Q Q ¯ is generated for larger distance thus decreasing quarkonium dissociation, while rapidity has opposite effect. In particular, as the value of GC decreases in the deconfined phase, the $$ \operatorname{Im}{V}_{Q\overline{Q}} $$ Im V Q Q ¯ is generated for smaller distance thus enhancing quarkonium dissociation, and at high temperatures it is nearly not modified by GC, consistent with previous findings of the entropic force.

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Higher derivative corrections to the entropic force from holography

2018

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The entropic force has been recently argued to be responsible for dissociation of heavy quarkonia.In this paper, we analyze R 2 corrections and R 4 corrections to the entropic force, respectively. It is shown that for R 2 corrections, increasing λGB (Gauss-Bonnet factor) leads to increasing the entropic force. While for R 4 corrections, increasing λ ('t Hooft coupling) leads to decreasing the entropic force. Also, we discuss how the entropic force changes with the shear viscosity to entropy density ratio, η/s, at strong coupling.

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Thermal suppression of moving heavy quark pairs in a strongly coupled plasma

Cited by 29 publications

References 77 publications

The effects of deformation parameter on thermal width of moving quarkonia in plasma

The effects of deformation parameter on thermal width of moving quarkonia in plasma

Holographic imaginary potential of a quark antiquark pair in the presence of gluon condensation

Higher derivative corrections to the entropic force from holography

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