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Title: Modelling jets in Heavy-ion collisions on a realistic background
Speaker: Dr. Isobel Kolbé (University of the Witwatersrand)
Abstract: In high-energy heavy-ion collisions, it is widely accepted that a phase of matter with quark and gluon degrees of freedom is created. This quark-gluon plasma is extremely short-lived (10^-23 seconds), and must therefore be studied by understanding emerging patterns in the produced hadrons that arrive in detectors. A key observable is the manner in which the presence of the plasma modifies the spectrum and structure of high-momentum particles that traverse the plasma - a phenomenon known as jet quenching. In this talk, I will introduce the manner in which such jets are measured experimentally and modelled theoretically. Lastly, I will briefly present some advances in modelling jets interacting with realistic plasma models, and the importance of such modelling to address a key open problem in the field.
Time: May 22nd, 2025, at 10 AM
Location: NBB-H-3-076 (section meeting room)