New jet quenching tools to explore equilibrium and non-equilibrium dynamics in heavy-ion collisions
Aula Renzo Leonardi
ECT*
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The nuclear matter in heavy-ion collisions (HICs) starts as a far-from-equilibrium system, which eventually thermalizes into a nearly ideal liquid -- the quark-gluon plasma (QGP). Experimental studies of this matter are highly non-trivial since the information is entangled in multiparticle correlations. This issue can be surpassed using hard probes (HPs) such as hadronic jets, which are successful in extracting the QGP properties. However, a real-time tomography in HIC requires a detailed understanding of the interactions throughout the entire evolution. Recently, there were multiple developments in the theory of probe-matter interactions, during the initial and intermediate
stages of a HIC, and in the evolving QGP. These theoretical efforts are strongly motivated by the near future experimental programs such as the HL-LHC and sPHENIX. In this workshop, we will focus on these developments, explore their phenomenological imp lications, seek for new tomographic observables, and investigate how these advances can be applied to smaller systems.
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Alba Soto Ontoso
Aleksas Mazeliauskas
Andrey Sadofyev
André Cordeiro
Ankita Budhraja
Barbara Jacak
Carlos A. Salgado
Carlos Lamas Rodríguez
Carlota Andres
Christine Nattrass
Dana Avramescu
Fabio Dominguez
Florian Cougoulic
Florian Lindenbauer
Guilherme Milhano
Hannah Bossi
ismail soudi
Jack Holguin
Jacopo Ghiglieri
jeremy Hansen
Joao Barata
Joseph Bahder
João A. Gonçalves
João Silva
Konrad Tywoniuk
Krishna Rajagopal
Leticia Cunqueiro
Magdalena Djordjevic
Marco van Leeuwen
Mateusz Ploskon
Matthew Sievert
Michal Heller
Michał Spaliński
Nuno Olavo Madureira
Pablo Guerrero-Rodríguez
Paul Caucal
Sergio Barrera Cabodevila
Sigtryggur Hauksson
Tuomas Lappi
Weiyao Ke
Xiaojian Du
Xin An
Xoán Mayo López
Yen-Jie Lee
Yeonju Go