In simulated 16O+16O collisions at 200 GeV, proton-proton correlations shift the extracted source radius by about 5 percent when the oxygen input contains short-range nucleon correlations, while pion-pion correlations shift by less than 0.5 percent.
Short range correlations in the extended quantum molecular dynamics model
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abstract
Short-range potential has been added into an extended quantum molecular dynamics (EQMD) model. The RMS radius, binding energy and momentum distribution of $^{12}$C with different initial structures and short-range potential parameters have been checked. The separation energy of $^{12}$C(p,2p)$^{11}$B reaction is calculated and compared with the experimental data, it indicates that our modified EQMD model can be taken as a reliable tool for studying proton pair knock-out reaction. Furthermore, the short range correlation effects on emission time and momentum spectrum of two protons are discussed. Finally, the momentum correlation function of the emitted proton pair is calculated by the Lednicky and Lyuboshitz's analytical method. The result explains that short-range repulsion causes high momentum tail and weakens the momentum correlation function.
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Proton-proton Femtoscopy as a Probe of Short-range Structure in High-Energy O+O Collisions
In simulated 16O+16O collisions at 200 GeV, proton-proton correlations shift the extracted source radius by about 5 percent when the oxygen input contains short-range nucleon correlations, while pion-pion correlations shift by less than 0.5 percent.