My tenure as a physics student was notably enriching. I found great enjoyment in courses like Dynamic Simulation, where we leveraged programming languages such as Fortran and Python. My thesis work, which is in the process of being published in Physical Review D, stands as a testament to my academic journey. This work can be accessed through the Astrophysics Database managed by Harvard (https://ui.adsabs.harvard.edu/abs/2024arXiv240315354F/abstract). My research primarily focused on the scattering amplitudes of s-waves in non-leptonic decays, employing machine learning techniques to analyze large data systems for the matrix elements of scattering amplitudes.In addition to my theoretical work, I gained practical experience in a biophysics laboratory, where I utilized a Brewster Angle Microscope, a Langmuir-Blodgett balance, and an Atomic Force Microscope. I firmly believe that I can resolve any problem I encounter due to my adaptability and rapid learning capability.