I am a materials scientist dedicated to elucidating the physical principles governing phonon and electron mechanisms, explaining material properties through first-principles simulations, and developing theoretical frameworks that extend beyond the limits of first-principles methods. My research lies at the intersection of computational materials science, condensed matter theory, and functional oxides, with a focus on understanding and designing emergent phenomena in ferroelectrics, shape memory alloys, spintronic materials, and correlated systems. I aim to advance fundamental knowledge in materials science, develop innovative solutions to complex phenomena across diverse materials, and foster interdisciplinary collaborations.