1. Near-Field Theory and Quantum Optics
Theoretical advances in near-field optics and the exploration of novel phenomena at the quantum scale. Utilization of artificial intelligence to enhance near-field analysis.

2. Near-Field Imaging and Super-Resolution Techniques
Progress in advanced near-field imaging methods and super-resolution techniques for improved spatial resolution beyond the diffraction limit.

3. Polaritons and Metamaterials
Understanding the physical mechanisms of polaritons and their integration with metamaterials for novel optical functionalities.

4. Multi-physical Fields Integrated Near-field Techniques
Investigation of coupling effects between near-field optics and other physical fields (thermal, electrical, magnetic fields, etc.). Emphasis on multi-domain (time–space–spectral) and multi-modal detection/imaging techniques to foster interdisciplinary collaboration.

5. Biological and Molecular Sensing
Applications of near-field optics in biological imaging, molecular detection, and environmental monitoring, including state-of-the-art techniques for high-sensitivity and real-time analysis.

*Note: the applicant can select your own topic(s) in the registration