… collisions and at forward rapidity. At central rapidity, the enhancement is similar for protons
and antiprotons but at y = 3 the antiprotons show a greater enhancement than the protons, …

… The results of our calculations of pt-spectra of pions produced in AA collisions in the central
rapidity region and different high and middle energies compared to different experimental …

… the net-proton C4/C2 with the significance of 3.1σ for the 0–5% central Au+Au collisions. This
is … unit rapidity) produced in the collisions at midrapidity. This is a significant improvement …

… collision energy √ sNN = 200GeV. We focus on the tube-tube collision that comes from
the central core of the nucleus characterized by r⊥ = 0 and compute the rapidity loss and …

… The latest measurements from the LHC [17–19] probe the high pT production cross sections
in proton + proton collisions with center-of-mass energies of 7, 8, and 13 TeV. The large …

… in rapidity is the main experimental tool in searches for BFKL effects in collisions of hadrons.
… hadronic dijets with a large rapidity separation in proton–proton collisions at the cm energy …

… cumulant or kurtosis of net proton fluctuations on the energy of collisions [23]. Experiments
… the kurtosis increases with decreasing collision energy. In the central rapidity region, where …

… (b), we show proton and A rapidity distributionsfor @+Ag at 100 GeV for the DPM option to
compare with the vENUS default option shown in Fig. 3(a). Since in the DPM option we have …

… We estimate roughly that d E T / d η in the central region of rapidity could be of order 10–20
GeV for these events: The transverse dimensions of the overlapping flux tubes correspond to …