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Hydrodynamic response to jets with a source based on causal diffusion

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arxiv 2002.12250 v1 pith:HB4RBHZ5 submitted 2020-02-27 nucl-th hep-phnucl-ex

Y. Tachibana , A. Angerami , S. A. Bass , S. Cao , Y. Chen , J. Coleman , L. Cunqueiro , T. Dai
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L. Du R. Ehlers H. Elfner D. Everett W. Fan R. Fries C. Gale Y. He M. Heffernan U. Heinz B. V. Jacak P. M. Jacobs S. Jeon K. Kauder W. Ke E. Khalaj M. Kordell II A. Kumar T. Luo M. Luzum A. Majumder M. McNelis J. Mulligan C. Nattrass D. Oliinychenko D. Pablos L. G. Pang C. Park J.-F. Paquet J. H. Putschke G. Roland B. Schenke L. Schwiebert C. Shen A. Silva C. Sirimanna R. A. Soltz G. Vujanovic X. -N. Wang R. L. Wolpert Y. Xu Z. Yang (JETSCAPE Collaboration)
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classification nucl-thhep-phnucl-ex
keywords hydrodynamicresponsemediumcausalcoupleddescriptiondiffusionenergy-loss
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We study the medium response to jet evolution in the quark-gluon plasma within the JETSCAPE framework. Recoil partons' medium response in the weakly coupled description is implemented in the multi-stage jet energy-loss model in the framework. As a further extension, the hydrodynamic description is rearranged to include in-medium jet transport based on a strong-coupling picture. To interface hydrodynamics with jet energy-loss models, the hydrodynamic source term is modeled by a causal formulation employing the relativistic diffusion equation. The jet shape and fragmentation function are studied via realistic simulations with weakly coupled recoils. We also demonstrate modifications in the medium caused by the hydrodynamic response.

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  1. Hybrid Hadronization -- A Study of In-Medium Hadronization of Jets

    hep-ph 2025-01 conditional novelty 5.0 of 10

    Hybrid Hadronization converts a substantial part of jet fragmentation in a QGP brick into shower-thermal recombination, which grows with medium size, carries collective flow, and boosts baryon/meson ratios.

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