Molecular Vibration Imaging Lab · Fudan University
Peering into the rhythms of matter
We develop infrared and Raman imaging tools that reveal how individual chemical bonds move, interact, and change.
At Fudan University, we study light–matter interactions to uncover molecular structure and dynamics across materials, chemistry, and biology—from ensembles to the single-molecule scale.
Our research
Our work spans instrument and method development, single-molecule spectroscopy, vibrational bioimaging, chemical sensing, and super-resolved near-field imaging.
Method and instrument development
Build optical tools and detection strategies that open new windows onto molecular motion.
Single-molecule spectroscopy
Detect vibrational signatures from individual molecules with exceptional sensitivity.
Vibrational bioimaging
Map molecular composition and dynamics in biological systems with chemical specificity.
Vibrational sensing
Create bond-selective approaches for ultrasensitive chemical detection and analysis.
Super-resolved near-field imaging
Combine atomic force microscopy and infrared light to probe matter below 10 nanometers.
Interested in vibrational imaging?
Discover current opportunities to study and work with our lab at Fudan University.
Academic links
Visit us
Building A, Department of Chemistry
2005 Songhu Road, Yangpu District
Shanghai, China