Indisponibilité programmée / Scheduled outage

Nous procéderons à une opération de maintenance le mercredi 12 mars 2025 à 8h00 (CET).

  • Indico sera indisponible durant cette opération.
  • La durée prévisionnelle d'indisponibilité est estimée à une heure.

We will be performing maintenance on Wednesday, March 12, 2025, at 8:00 AM (CET).

  • Indico will be unavailable during this operation.
  • The estimated downtime is one hour.
17–23 oct. 2021
Village La Fayette - La Rochelle
Fuseau horaire Europe/Paris

Dynamical Thermalization in Heavy-Ion Collisions

22 oct. 2021, 14:53
23m
Village La Fayette - La Rochelle

Village La Fayette - La Rochelle

Avenue de Bourgogne, 17041 La Rochelle, France http://www.seminaire-conference-la-rochelle.org https://goo.gl/maps/c2X8hqd9maRShkCm8 The centre is located at about 5 km from the La Rochelle train station (Gare de La Rochelle) and at about 5 km from the La Rochelle airport (Aéroport de La Rochelle-Ile de Ré). The organization will provide a shuttle transportation from both the train station and the airport to the site in the evening of the first day, and from the site to the train station and the airport in the morning of the last day.
Hadronic Physics Hadronic Physics

Orateur

Mahbobeh JAFARPOUR (Subatech-Nantes university)

Description

The development of the merged EPOS+PHSD approach is one way to study the influence of the initial non-equilibrium stage of the heavy-ion reactions on the final observables. The microscopic understanding of the initial phase of heavy-ion collisions is an intricate problem, in this respect, the EPOS and PHSD approaches provide a unique possibility to address this problem. We employ the EPOS to do the initial stage of Heavy-Ion Collisions and produce the particles based on a multiple Pomeron exchange in Gribov Reggeon Field Theory formalism. EPOS is a particularly successful event generator and universal model for all collisions. Following injecting particles from EPOS to PHSD, we investigate the medium based on the theory inside PHSD. PHSD is a microscopic covariant dynamical approach for strongly interacting systems formulated based on Kadanoff-Baym equations. I am going to present our results concerning various observables such as charged particle multiplicity, elliptical flow, pt spectra, and mt spectra in EPOS+PHSD and make compare them with EPOS+hydro, and pure PHSD simulations for Au-Au@200 GeV.

Auteur principal

Mahbobeh JAFARPOUR (Subatech-Nantes university)

Documents de présentation