I have strong passion for Photonics, Nonlinear Optics, and Computational Modeling in simulation environment predominantly. My expertise includes:
Terahertz Fiber Characterization: Mapping optical parameters such as power fraction, relative sensitivity, and effective refractive index in hollow-core photonic crystal fibers.
Ultrafast Optical Sensing: Developing pulse compression–based sensing approaches using higher-order dispersion parameters and soliton dynamics
AI-Enhanced Photonic Systems: Applying machine learning algorithms for predictive modeling and optimization of optical devices.
Metamaterial Characterization: Numerical and computational analysis of tunable graphene-based absorbers and photonic metamaterial properties.
Nonlinear Optics: Ultrafast pulse propagation, soliton dynamics, and supercontinuum generation.
Optical Sensing & Devices: Design and evaluation of PCF-based optofluidic and biophotonic sensors.
Computational Electromagnetics: Simulation and modeling using COMSOL, CST, and MATLAB.
Photonics-AI Integration: Leveraging data-driven techniques to enhance sensing accuracy and device performance.
Integration of Nonlinearity and RF circuits: Currently exploring this exciting topic now.
I am deeply committed to advancing photonics through practical, experiment-driven research, and this conviction motivates my aspiration to pursue a Ph.D. Is it a lot to call?