IPIS LAB

The Integrated Photonics and Intelligent Sensing Laboratory (IPIS Lab) develops next-generation photonic technologies that combine guided-wave optics, integrated platforms, and intelligent data processing. Our goal is to understand and control light–matter interactions to create optical systems that are highly sensitive, compact, robust, and responsive to their environment.

Our research spans optical waveguide gratings, interferometric and multimode photonics, non-Hermitian and time-modulated systems, AI/ML-assisted sensing, and precision optical instrumentation. By combining photonic device engineering with computational techniques, we explore new approaches for enhancing sensitivity, extracting meaningful information from complex optical signals, and improving the reliability of sensing systems.

We design and investigate advanced photonic platforms for environmental monitoring, biochemical detection, physical-parameter measurement, and precision instrumentation. From fundamental modeling and device design to experimental development and intelligent signal analysis, our work aims to translate innovative ideas in photonics into practical sensing solutions for scientific, industrial, and societal applications.

At IPIS Lab, we bring together photonics, sensing, and artificial intelligence to develop smarter ways to observe, measure, and understand the world.