1. Innovations in Imaging Methods

² Microscopic Level: 10-nanometer super-resolution intelligent imaging technology for live cells

² Mesoscopic Level: Miniature single-cell resolution imaging of the full cortex in mice with closed-loop control technology, and miniature multiphoton imaging technology

² Macroscopic Level: Whole-body magnetic imaging technology, ultrasound contrast imaging, and intervention technology

2. Core Theory and Device Innovation

² Mathematical Super-Resolution Theory for enhancing cross-scale biomedical imaging resolution

² Optical Micro-lens Design and Assembly System: Reduces microscope size and improves imaging quality

² Core Imaging Device Development: For example, advancing various ultrafast laser technologies to provide imaging light sources

3. Applications in Brain Science and Clinical Medicine

² Multimodal Information Fusion for a Mandarin Brain-Machine Interface

² Multiphoton Clinical Disease Diagnosis Standards based on cellular structural and functional imaging

² Multimodal Live-Cell Super-Resolution Pathology and Precision Diagnostics