Exploring jet substructures with jet shapes in ALICE

The ALICE collaboration also measured two-particle correlations between heavy-flavour hadron decay electrons (e HF ) and charged particles in p–Pb and Pb–Pb collisions at √.. s

Table of systematic uncertainties for jet-associated yields in Pb–Pb, embedded PYTHIA, and their ratio for high-p T associates (4–20 GeV/c) and low-p T associates (1–2 GeV/c)

Mechanisms such as the modification of the parton distribution functions in nuclei, the presence of a color glass condensate or coherent energy loss of the cc or bb pair in

s NN = 5.02 TeV are measured. 3 jets as a function of jet trans- verse momentum by utilizing a POWHEG + Pythia8 prediction as pp reference. A similar jet suppression is

We compare the trigger-normalized recoil jet yield for p–Pb collisions with di ff erent event activity to measure the e ff ects of jet quenching in small systems at the

1 shows the ratio of the charged-particle pseudorapidity density in p–Pb and Pb–Pb collisions to the charged- particle pseudorapidity density in pp collisions, all at the

We compare the detector level shapes (black symbols) to the subtracted hybrid shapes (red and green) where by hybrid we refer to detector-level PYTHIA jets that are embedded

We then contrast them with measurements in Pb–Pb collisions, in order to study the dependence of anisotropic flow on the system size and transverse particle