I have completed my PhD at Jeonbuk National University in South Korea. During my doctoral research, I focused on measuring exotic hadrons in various collision systems and explored the nature of the f0(980) hadron, classified under Light Flavor (LF) physics. This study contributes to extending the non-perturbative QCD regime. Additionally, I investigated observables related to collectivity in small collision systems, which are crucial to the heavy-ion physics field, and conducted phenomenological studies as part of the Flow and Correlations (CF) working group.

Beyond my involvement in the ALICE experiment, I have also researched the performance of sampling calorimeters using Machine Learning techniques for the KOTO experiment at J-PARC. Furthermore, I developed dedicated hydrodynamic simulation toolkits to study heavy-quarkonia modifications in the medium.

With numerous publications, I have been awarded a CERN fellowship for researchers from non-member states. Currently, I continue my search for exotic hadrons such as the H-dibaryon and Hepta-quark while also focusing on the measurement of longitudinal hyperon polarization and D0-D0 correlations in Pb-Pb collisions. I am always open to participating in various physics research programs as well as trying new experiences.