We are inspired to find solutions to various biomedical problems and bring new ways to answer important questions in biological sciences by developing novel tools that combine ultrafast optics, microfluidics, automation, and machine learning (ML).

The unique properties of nonlinear interactions between ultrafast lasers and tissue offer exciting opportunities to develop novel tools for precise ablation, as well as high-resolution, label-free optical imaging of live biological samples.

The combination of these methods with microfluidics, automation, and machine learning has the potential to push the frontiers of biomedical optics to new heights by enabling rapid and high-content analysis of 3D biological samples, such as spheroids and organoids.

For more detailed information, please visit our research page.