Disentangling the origins of jet modification using Monte Carlos

Jun 2, 2020, 7:30 AM
1h 20m


Poster Jets and High Momentum Hadrons Poster session


Quinn Brodsky (Massachusetts Institute of Technology)


Jet modification is an essential probe of the quark-gluon plasma produced in heavy-ion collisions. However, current jet modification measurements compare proton-proton and heavy-ion jets that had different properties when they were produced. Extracting the essential modification of jets by the quark-gluon plasma from these measurements requires an in-depth understanding of how jet observables are modified and to what extent they control energy loss. We present an extensive study of how a suite of groomed and ungroomed jet observables are modified and how they impact jet energy loss in Jewel and the hybrid model. We use information available in these models, but not in data, to identify how a jet’s properties after quenching are related to those it had when it was produced. This enables us to focus on those observable features of a heavy-ion jet that provide maximal information about the properties it had before quenching and study the extent to which these conclusions are model-independent. The insights obtained through this model study are a crucial step toward a data-driven analysis of the relation between jet observables and energy loss in experimental data.

Contribution type Poster
Track Jets and High Momentum Hadrons

Primary authors

Jasmine Brewer (Massachusetts Institute of Technology) Quinn Brodsky (Massachusetts Institute of Technology) Yen-Jie Lee (Massachusetts Institute of Technology) Andrew Lin (Massachusetts Institute of Technology) Krishna Rajagopal (Massachusetts Inst. of Technology (US))

Presentation materials