Topic 1: Fundamentals and Frontiers of Nuclear Physics
Atomic nucleus structure
Nuclear reaction mechanism
Nuclear astrophysics 
Physics of Nuclear Fission and Fusion
Strong Interaction and Quantum Chromodynamics in Nuclear Physics
Nuclear matter phase transition
Symmetrical energy, equation of state for nuclear matter
Nuclear Multibody Theory and Computational Methods
Medium to high energy nuclear physics
Weak Interaction and Nuclear Decay
Topic 2: Quantum Computing
Quantum Algorithm and Machine Learning
Quantum Programming
Quantum optics
Quantum Information Processing
Quantum tensor network
Quantum error correction and mitigation
Fault-tolerant quantum computing
Quantum control
Hybrid quantum classical system
Quantum Computing and Network Security
Topic 3: Nuclear Chemistry and Radiochemistry
Separation and purification of radioactive isotopes
Nuclear fuel cycle chemistry
Spent fuel reprocessing chemistry
Chemical solidification and disposal of radioactive waste
Environmental Radiochemistry
Nuclear forensic chemistry
Radiolabeled compounds and radioanalytical chemistry
Transuranic elemental chemistry
Thermoatomic Chemistry and Backwash Chemistry
Radiation Chemistry and Radiation Effects
Nuclear reactor chemistry