Speaker
Miguel Albaladejo Serrano
(IFIC (CSIC & UV))
Description
We present recent theoretical advances in the study of femtoscopic correlation functions (CFs) as tools to probe hadron interactions and the nature of hadronic resonances. We show the relation between femtoscopy and invariant mass distributions, and discuss modified both Koonin-Pratt and Lednicky-Lyuboshits formalisms. We also present the incorporation of Coulomb interactions into CF calculations through a practical formalism combining strong and electromagnetic potentials, avoiding the numerical solution of Schrodinger equation, and allowing a direct comparison with Effective Field Theory amplitudes. We will also show some recent results and predictions in meson-meson and meson-baryon femtoscopy.