معرفی
Haili Ma is an active Researcher specializing in advanced optical biosensing technologies, with a demonstrated focus on fiber-optic platforms for biomedical and environmental applications. Their work centers on enhancing detection sensitivity and speed through innovative optical phenomena.
Research interests include:
- Development of seven-core and microfiber biosensors
- Application of vernier effect and Fano resonance for ultralow-concentration detection
- Rapid protein/ion sensing in biological samples (p53, AKT, Cu2+)
- Envelope-free signal processing methods for sensor optimization
Recent publications (2024-2025) reveal a cohesive research trajectory in optical engineering, with consistent contributions to high-impact journals like Talanta and IEEE Sensors Journal. Key trends show evolution from fundamental vernier-effect implementations toward practical 2D bending measurements and cell-lysate diagnostics, indicating progression toward real-world biomedical deployment.
No scientific awards, student advisement records, or grant details are evident in the current profile. Collaborative patterns suggest integration within a stable research group featuring recurring co-authors (Wu, Q.; Yuan, J.; Sang, X.), though specific lab structure remains undefined.
