Speaker
Description
Quenching features of mullti-partonic cascades in expanding
media are important in understanding the complex phenomena of jet
quenching. We present results for the inclusive jet $R_{AA}$ by
including phenomenologically driven combinations of quark and gluon
fractions inside a jet. In addition, we have also studied the effect of
the nPDF as well as vacuum like emissions on the
jet $R_{AA}$. Differences among the estimated values of quenching
parameter for different types of medium expansions are noted. Next, the
impact of the expansion of the medium on the rapidity dependence of the
jet $R_{AA}$ as well as jet $v_2$ are studied in detail. Finally, we
present qualitative results comparing the sensitivity of the time for
the onset of the quenching for the Bjorken expanding profile on these
observables. All the quantities calculated are compared with the recent
ATLAS data.
| Preferred track | Jets & QCD at High Scales |
|---|---|
| Subfield | Heavy-ion theory |
| Attending in-person? | Yes |
