1. Spectroscopy of hadrons
Light/heavy flavor hadrons, Resonances, Light/heavy Exotics, Hadronic molecules
2. Hadron-hadron interactions
Meson-meson, meson-baryon and baryon-baryon interactions, Anti-proton interactions
3. Electromagnetic and weak interactions
Photo and electro productions of hadrons, P and CP-violating processes in nucleons and nuclei
4. Hadrons at finite density and temperature
The QCD vacuum, Chiral symmetry, Hadron properties, QGP, Heavy ion collisions
5. Hadrons from heavy-ion collisions
Hadron production from heavy-ion collisions, Hadron structure from heavy-ion collisions, Baryon-Baryon correlation studies
6. Structure of Baryons
Form Factors, Structure Functions, GPDs, TMDs, Fragmentation functions
7. Recent developments in QCD
Theory: Phenomenological approaches, Schwinger-Dyson methods, Lattice QCD, Effective field theory, and Quantum computing
8. New facilities and instrumentation
EIC, EicC, FAIR, HE-HL LHC,RHIC, super tau-charm factories, ILC, etc.