|
Status |
Confirmed |
|
Seminar Series |
IPHT-HEP |
|
Subjects |
hep-ph |
|
Date |
Tuesday 13 June 2017 |
|
Time |
16:00 |
|
Institute |
IPHT |
|
Seminar Room |
Salle Claude Itzykson, Bât. 774 |
|
Speaker's Last Name |
Andreas Ipp |
|
Speaker's First Name |
|
|
Speaker's Email Address |
|
|
Speaker's Institution |
Vienna University of Technology |
|
Title |
Gaussian rapidity profile from thick pancake collisions in Glasma simulations |
|
Abstract |
In this talk I present our recent work [1] on simulating the emergence of the Glasma in the early stages of heavy ion collisions in full 3 1 dimensions. Usually, in the color glass condensate framework incoming nuclei are assumed to be infinitely thin Lorentz-contracted pancakes which leads to boost-invariant rapidity profiles of the resulting energy density after the collision. We break boost invariance by allowing for a finite width of the incoming nuclei along the beam direction and obtain Gaussian-like rapidity profiles already at tree level. The profiles resemble strong coupling results and agree surprisingly well with experimental data of pion multiplicities as obtained at RHIC.
[1] AI, D. Müller, arXiv:1703.00017
|
|
arXiv Preprint Number |
|
|
Comments |
|
|
Attachments |
|
