Explore research themes, methods, collaborations, and active interests.
Design and development of functional nanomaterials, including carbon dots and catalytic nanostructures, for sensitive environmental monitoring, selective detection of toxic metal ions and hazardous analytes, and efficient catalytic degradation for sustainable remediation.
Engineering next-generation fluorescent nanoprobes based on carbon dots, aggregation-induced emission materials, and supramolecular systems for high-resolution bioimaging and advanced biosensing, including DNA aptamer–carbon dot conjugates for real-time detection of biologically relevant targets.
Development of lanthanide-doped and NIR-emissive nanoprobes for integrated cancer diagnostics and therapy, including multifunctional nanoplatforms for targeted imaging and combined photothermal and photodynamic treatments.