Speaker
Description
Femtoscopy studies involving two-particle correlations arising from quantum statistics (Fermi- Dirac or Bose-Einstein) and Final State Interactions (Coulomb, strong) provides understanding of the space-time properties of the matter and final state interactions of particles formed in a relativistic collision. While source function can be used to determine the geometry and dynamic properties, two particle wave function can be used to determine the interactions.
With the recent fixed-target Beam Energy Scan II program, STAR extends the collision energy range to √sNN = 3 GeV towards higher baryon chemical potential regions (μB = 720 MeV). We will present the latest results of kaon-proton femtoscopic measurement in Au+Au collisions at √sNN = 3 GeV from the STAR experiment.
