Members
i.Yoshiki MATSUOi.Graduate Student (Nonaka Group)
Exotic Hadrons, Quark Gluon Plasma, High Energy Heavy Ion Collisions, Particlization, QCD, Holographic Principle, Topological Solitons
Affiliations
Hiroshima University, Graduate School of Science and Engineering, Physics Program, M1
Bio
My research aims to theoretically understand the internal structure and production mechanism of exotic hadrons. In particular, I focus on their behavior in the quark-gluon plasma, an extreme environment created by high-energy heavy-ion collisions. I perform phenomenological analyses to investigate this.
The internal structure of exotic hadrons remains largely unresolved. There are various theoretical models, such as compact multiquark states and large hadronic molecular states. I compare these models with experimental data to clarify their true internal structure. Through this work, I aim to understand Quantum Chromodynamics, which is the foundation of how matter is formed.
Recently, I have also become interested in related fields like the holographic principle and topological solitons. I seek to describe physical phenomena beyond the borders of different fields.
Mentor ：Chiho Nonaka
Co-Mentor ：Yuka Kotorii
The internal structure of exotic hadrons remains largely unresolved. There are various theoretical models, such as compact multiquark states and large hadronic molecular states. I compare these models with experimental data to clarify their true internal structure. Through this work, I aim to understand Quantum Chromodynamics, which is the foundation of how matter is formed.
Recently, I have also become interested in related fields like the holographic principle and topological solitons. I seek to describe physical phenomena beyond the borders of different fields.
Mentor ：Chiho Nonaka
Co-Mentor ：Yuka Kotorii