Research & Publications

My work sits at the intersection of physics and computation — using atomistic simulation to understand the structure and mechanics of advanced materials.

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Research Interests

My primary research centers on the computational study of bulk metallic glass (BMG) systems, particularly Zr–Cu binary compositions. I employ classical molecular dynamics (MD) with embedded atom method potentials and ab initio density functional theory (DFT) to investigate glass transition phenomena, mechanical response under deformation, and short-range order in amorphous alloys.

I am also exploring polycrystalline deformation mechanics across FCC, BCC, and HCP metal systems using large-scale MD simulations with tools like LAMMPS, Atomsk, and OVITO.

Tools & Methods

LAMMPS · Quantum ESPRESSO · OVITO · Atomsk · Python · Fortran · MPI-based HPC workflows

Selected Publications

Publication entries will be added here. Each entry will include title, authors, journal, year, and DOI link.

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