Advanced ultrafast lasers and frequency combs enable us to explore ultrahigh-precision measurement and control capabilities. Our research objective is to achieve world-class performance in noise, stability, size and robustness of advanced lasers and microresonator-based light sources and develop new photonic technologies. Our recent research results have been not only published at high-impact journals, but also actively applied for high-tech industries including Quantum Technology, ICT & AI, Defense, and Semiconductor Manufacturing. Thanks to the multidisciplinary nature of our research, we also enjoy a wide range of domestic and international collaboration opportunities with academia, national labs, and industries. We believe that the rapid convergence of ultrafast and ultralow-noise lasers, precision measurement and control, and integrated photonic systems will open up interesting new paths in the coming years.