At the forefront of modern science, our research group explores groundbreaking advancements in three key areas of photonics and quantum technology:

Integrated Nanophotonics Devices
We design and develop ultra-compact, on-chip photonic systems that control light at the nanoscale. Our work aims to revolutionize data processing, sensing, and communication by improving speed, efficiency, and miniaturization, opening doors to next-generation technologies.

Chip-Scale Hot Vapor Quantum Devices
We focus on creating small-scale quantum systems using hot atomic vapors. By integrating these systems on chips, we aim to advance quantum communication, sensing, and computing, making quantum technologies more practical and scalable for real-world applications.

Sub-Wavelength and Nanophotonics
Our research explores how light behaves at scales smaller than its wavelength, enabling new ways to manipulate light with extreme precision. This work promises breakthroughs in a variety of fields, including imaging, sensing, and energy-efficient technologies.