- Graphene: Two-dimensional materials and their heterostructures;
- Topological insulators;
- Quantum Hall effects;
- Novel superconducting materials;
- Quantum computation and information;
- Majorana fermions and topological quantum computation;
- Quantum metrology and sensing;
- Quantum imaging;
- Physics Informed Machine learning for material design and simulation.
- Non-Hermitian and PT-symmetric physics in quantum materials;
- Non-Equilibrium Quantum Matter;
- Quantum networks.