Speakers
Milan Stojanovic
(University of Belgrade (RS))
Muhammad Usman Ashraf
(Wayne State University)
Description
Light-ion collisions offer a unique opportunity to investigate system-size scaling in relativistic heavy-ion collision dynamics. Using the AMPT model, we study O–O and Ne–Ne collisions at 5.36 TeV and 200 GeV to examine charged-particle production, strangeness enhancement, and collective flow. By comparing systems of similar mass but different nuclear structure, we explore the sensitivity of these observables to the initial nuclear geometry. Furthermore, by analyzing different collision energies, we explore the energy dependence of nuclear-structure effects within the model. Our results provide constraints on nuclear structure measurements using relativistic heavy-ion collisions.
Authors
Milan Stojanovic
(University of Belgrade (RS))
Muhammad Usman Ashraf
(Wayne State University)
