The centrality dependence of second- and third-order eccentricity ratios from Optical Glauber simulations, Monte Carlo Glauber simulations, as well as the Monte Carlo Glauber simulation with quark participant assumptions (IMAGE)

Nuclear Science and Techniques

The centrality dependence of second- and third-order eccentricity ratios from Optical Glauber simulations, Monte Carlo Glauber simulations, as well as the Monte Carlo Glauber simulation with quark participant assumptions

Caption

The centrality dependence of second- and third-order eccentricity ratios from Optical Glauber simulations, Monte Carlo Glauber simulations, as well as the Monte Carlo Glauber simulation with quark participant assumptions. The eccentricity ratios depend on both fluctuations, the nuclear deformations, as well as the degree of freedom of nucleons or constituent quarks.   The complete study is accessible via doi.org/10.1007/s41365-024-01480-8

Credit

Haojie Xu

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