Understanding the complexities of hadron-hadron interactions, particularly in the strangeness sector, is crucial for both hadron physics and the study of dense nuclear matter. Traditionally, these interactions have been investigated through direct scattering experiments, which are inherently limited by the available beam and target channels. To overcome these limitations, two pioneering...
We study the $D^0\bar{D}^{*0}$ momentum correlation function to clarify the near-threshold structure of $X(3872)$. The $D\bar{D}^*$ interaction is described by a Yamaguchi-type separable potential that includes an effective contribution from a $c\bar{c}$ core. The parameters are fixed to reproduce the observed $X(3872)$ mass. When the pole lies extremely close to the $D^0\bar{D}^{*0}$...
We study the production of exotic hadrons in heavy-ion collisions, and argue the dependence of transverse momentum distributions and yields of exotic hadrons on their internal structures. Taking X(3872) and X(3915) mesons as examples, we not only discuss the centrality dependence of the yield on the internal structure of exotic hadrons in heavy ion collisions, but also investigate the...
With the development of interaction femtoscopy, interactions in various flavor systems are being revolutionized and clarified. In particular, the interaction between strange particles and nucleons provides a foundation for a systematic understanding of hadron interactions. On the other hand, femtoscopy typically suffers from the drawback that it is difficult to decompose spin and isospin...
