2020 journal article

Cite it

Dynamics of critical fluctuations: Theory – phenomenology – heavy-ion collisions

Nucl.Phys.A, 1003, 122016.

By: M. Bluhm ^*, A. Kalweit ^*, M. Nahrgang ^*, M. Arslandok ^*, P. Braun-Munzinger ^*, S. Floerchinger ^*, E. Fraga ^*, M. Gazdzicki ^* ...and 22 other authors, C. Hartnack ^*, C. Herold ^*, R. Holzmann ^*, I. Karpenko^*, M. Kitazawa ^*, V. Koch ^*, S. Leupold ^*, A. Mazeliauskas ^*, B. Mohanty ^*, A. Ohlson ^*, D. Oliinychenko ^*, J. Pawlowski ^*, C. Plumberg ^*, G. Ridgway^*, T. Schäfer ⁿ, I. Selyuzhenkov ^*, J. Stachel ^*, M. Stephanov ^*, D. Teaney^*, N. Touroux ^*, V. Vovchenko ^*, N. Wink ^*

author keywords: Fluctuations; Dynamics of critical fluctuations; QCD critical point; Heavy-Ion collisions; Cold atomic gases

10.1016/j.nuclphysa.2020.122016

Find Text @ NCSU

open access via doi.org (publisher)

UN Sustainable Development Goal Categories

11. Sustainable Cities and Communities (Web of Science)

Source: ORCID

Added: January 28, 2020

This report summarizes the presentations and discussions during the Rapid Reaction Task Force "Dynamics of critical fluctuations: Theory – phenomenology – heavy-ion collisions", which was organized by the ExtreMe Matter Institute EMMI and held at GSI, Darmstadt, Germany in April 2019. We address the current understanding of the dynamics of critical fluctuations in QCD and their measurement in heavy-ion collision experiments. In addition, we outline what might be learned from studying correlations in other physical systems, such as cold atomic gases.