About
About Me
I am a computational condensed-matter physicist interested in connecting microscopic models with measurable physical phenomena.
My work has focused on electronic structure, phonons, electron–phonon interactions, and correlated materials using first-principles methods. More broadly, I am interested in computational approaches to complex physical systems, including quantum simulation, inverse problems, and physics-informed machine learning.
I also develop small tools and workflows for scientific computing, analysis, and research communication.
Research Interests
- Electronic structure and correlated systems
- Phonons and electron–phonon interactions
- Quantum simulation and algorithms
- Modeling of experimental observables
- Inverse problems and physics-informed machine learning
Computational Tools
Materials: Quantum ESPRESSO, VASP, EPW, Wannier90, Yambo
Computing: Python, Qiskit, Git, Linux/HPC, Web development