Feifei Wang

This paper introduces AI-enhanced mid-infrared thermography using cold PBS as a thermal contrast agent to improve in vivo imaging resolution and tumor detection.

This paper develops an NIR-II scintillator that improves X-ray imaging resolution by reducing light scattering and achieving lower detection limits.

This paper develops a near-infrared II calcium imaging technique using a bacterial protein to enable high-sensitivity, non-invasive deep-tissue calcium imaging in live mammals.

This paper demonstrates acoustoluminescence in transition metal and rare earth oxides beyond 1800 nm for in vivo imaging, achieving deeper penetration than fluorescence imaging.

This paper develops near-infrared light sheet microscopy to image live mammals, revealing tumor dynamics and PD-L1 receptor distribution at the single-cell level.