Decomposition of sensitivity of the symmetry energy observables

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Presentation transcript:

Decomposition of sensitivity of the symmetry energy observables Gao-Chan Yong (Institute of Modern Physics, Chinese Academy of Sciences) collaborators: He-Lei Liu & De-Hua Wen (School of Sciences, South China University of Technology) IWND2014(2014-8-18) Reference: arXiv:1406.6504

Why study symmetry energy (SE) Determines the structure of a neutron star, governs its thermal evolution… Properties of nuclei involved in r-process nucleosynthesis Nuclear reactions Good citation in return (see, e.g., Betty & BA Li, et al.)

217 citations 169 citations

194 citations 188 citations

223 citations 113 citations

132 citations 126 citations

425 citations

How to study SE in HIC

How to study SE in HIC

Three branches of modern sciences How to study SE in HIC propose observables of symmetry energy Input physics Simulation Experiments Theory Comparison Modify theory Three branches of modern sciences

Observables of density-dependent SE taken from somewhere

Evolution of baryon density

Distribution probability of baryon

Methodology unphysical?, yes!

Decomposition of sensitivity: free n/p

Decomposition of sensitivity: free n/p

Decomposition of sensitivity: flow

Decomposition of sensitivity: flow

Decomposition of sensitivity: pion ratio

Decomposition of sensitivity: pion ratio

Conclusions-1

Conclusions-2 ? M.D. Cozma, Y. Leifels, W. Trautmann, Q. Li, P. Russotto Physical Review C 88, 044912 (2013), arXiv:1305.5417

Conclusions-3

Thanks for your attention! There is a long way to go! Thanks for your attention!