Hard scattering and stochastic reformulation of parton energy loss
Publication
, Conference
Dai, T; Bass, SA; Paquet, JF; Teaney, D
Published in: Proceedings of Science
January 1, 2019
Hard partons lose energy when propagating through the quark-gluon plasma by interacting with plasma particles. These parton-plasma interactions consist of frequent soft interactions and occasional hard scatterings. A reformulated parton energy loss model building on a stochastic description of soft interactions was derived recently in the weakly-coupled limit. We numerically implement this reformulated model and apply it in the phenomenological regime. We validate this model by testing the dependence of the parton energy loss on the cutoff between soft and hard interactions, at both small and large coupling, for a static brick as well as a realistic hydrodynamic medium.
Duke Scholars
Published In
Proceedings of Science
EISSN
1824-8039
Publication Date
January 1, 2019
Volume
355
Citation
APA
Chicago
ICMJE
MLA
NLM
Dai, T., Bass, S. A., Paquet, J. F., & Teaney, D. (2019). Hard scattering and stochastic reformulation of parton energy loss. In Proceedings of Science (Vol. 355).
Dai, T., S. A. Bass, J. F. Paquet, and D. Teaney. “Hard scattering and stochastic reformulation of parton energy loss.” In Proceedings of Science, Vol. 355, 2019.
Dai T, Bass SA, Paquet JF, Teaney D. Hard scattering and stochastic reformulation of parton energy loss. In: Proceedings of Science. 2019.
Dai, T., et al. “Hard scattering and stochastic reformulation of parton energy loss.” Proceedings of Science, vol. 355, 2019.
Dai T, Bass SA, Paquet JF, Teaney D. Hard scattering and stochastic reformulation of parton energy loss. Proceedings of Science. 2019.
Published In
Proceedings of Science
EISSN
1824-8039
Publication Date
January 1, 2019
Volume
355