Heavy Quark Diffusion from the Lattice
Peter Petreczky, Derek Teaney
Abstract
We study the diffusion of heavy quarks in the Quark Gluon Plasma using the Langevin equations of motion and estimate the contribution of the transport peak to the Euclidean current-current correlator. We show that the Euclidean correlator is remarkably insensitive to the heavy quark diffusion coefficient and give a simple physical interpretation of this result using the free streaming Boltzmann equation. However if the diffusion coefficient is smaller than 1/(πT), as favored by RHIC phenomenology, the transport contribution should be visible in the Euclidean correlator. We outline a procedure to isolate this contribution.
Create a lesson
Related papers
Theoretical calculations for t tH production
Nikolaos Kidonakis, Nodoka Yamanaka
BSMScanner: a lightweight framework for beyond-the-Standard-Model global fits
Mohamed Belfkir
Chiral mass corrections to decuplet hidden-charm pentaquark states
Yu-Quan Guo, Hao-Song Li
Probing eV-scale sterile neutrinos with neutrinoless double-beta decay and beta decay
Ruisha Yang, Jiajun Liao
χc0 production in Λn scattering process
Quan-Yun Guo, Zhuo Yu, Dian-Yong Chen
Mixed leptogenesis sources and low-energy neutrino portals
Yingnan Xu