Theoretical Physicist with a background in Quantum Computing, Computer Vision, and Algorithm Design and Complexity. My PhD was mainly focused on Baryon resonance spectroscopy. This meant solving coupled integral equations for Meson-Baryon reaction amplitudes on complex energy plane and constructing mathematical models to calculate those amplitudes. Mathematically speaking, resonances are poles on the second Riemann sheet. As such, my models not only should respect the fundamental symmetries of "The Standard Model of Particle Physics" but also should preserve basic properties of the reaction amplitude. These properties, analyticity, unitarity, and gauge invariance set the constraints on the level of approximation done in my models.During my second master's in Computer Science I specialized on Quantum Computing with a focus on Quantum Interactive Proof Systems and their Classical counterparts. Studying quantum algorithms, I found a passion for quantum mechanics which led me to change major from computer science to physics for my PhD.