eSupervisor Detail

About me

My PhD research focused on employing exact diagonalization techniques to investigate d-wave superconductivity and related phenomena in strongly correlated electron systems. I have developed expertise in programming (Fortran and Python), debugging and modifying Fortran code, data analysis and visualization using MATLAB and Python. Additionally, I am proficient in scientific writing using Latex with experience in preparing research papers and other scientific documents.

Interests: During my doctoral studies, I explored a range of phenomena including ferromagnetism, antiferromagnetism, charge density wave order, spin density wave order, high-Tc superconductivity, quantum phase transitions and topologically ordered phases. My work involved detailed analysis of energy level statistics to understand non-equilibrium dynamics within these systems. My technical proficiency extends to programming in Fortran and Python, where I not only developed algorithms for exact diagonalization methods but also gained extensive experience in debugging and modifying Fortran code, where I have developed algorithms for exact diagonalization methods. I am also adept at data analysis and visualization, using tools like MATLAB and python for plotting, alongside LaTex for the preparation of scientific documents and research papers. Looking forward, I am particularly eager to delve into the study of altermagnetism and topological insulators. These areas are not only at the forefront of condensed matter physics but also present numerous exciting challenges and potential applications, which align with my research interests and skills.