As a PhD student specializing in non-equilibrium phases of matter, Floquet theory, and quantum information sciences, I am passionate about exploring the frontiers of quantum physics and technology. My research is focused harnessing the potential of near-term (noisy) quantum computers to solve complex problems in many-body physics and quantum chemistry.Throughout my academic journey, I have developed skill sets in performing numerical simulations of many-body quantum systems, accessing error thresholds of quantum algorithms, and open quantum systems. My expertise extends to working with noisy quantum computers and applying quantum error correction codes to enhance their reliability and performance.Key Areas of Expertise:Non-equilibrium phases of matterFloquet theoryOpen quantum systemsNoisy quantum computersMy goal is to contribute to the advancement of quantum computing and condensed matter physics, paving the way for new discoveries and innovations in this exciting field.