My research focuses on the creation of novel photonic metamaterials and the design of devices based on these materials. I am studying the properties of one-dimensional moire photonic crystals and plan to create reconfigurable, energy-efficient nanodevices that will help to modernise the fields of microcopy, nonlinear optics and communications. In the future, I plan to become a researcher in the fields of nanophotonics and quantum electronics.

As a researcher focused on integrated optical frequency combs, my ultimate goal is to realize mode-locked, broad bandwidth frequency combs, thereby scaling up matrix calculations in optical neural networks based on the transformer architecture to enhance computational efficiency and speed. This will enable breakthroughs in self-driving cars, medical imaging, and AI computing while reducing energy consumption, enhancing real-time processing, and promoting sustainability through efficient optical neural network technology.