Academic Inquiry
Research Portfolio
A collection of computational physics and astrophysics research projects, ranging from large-scale stellar evolution simulations to gas-dynamic modeling.
Featured Research
Progenitors of Magnetars and Core-collapse Supernovae in Binary Systems
Supported by NSTC Grant 2025. Investigating rotational velocity effects on stellar evolution using MESA to find the progenitors of magnetars.
Core-collapse Supernova Progenitors from Binary Systems
Investigated mass ratios in binary systems until core collapse. Awarded Best Presentation at NCTS-TCA Summer Program.
Coursework & Independent Projects
Modeling and Analysis of KHI & RTI Fluid Phenomena
Numerical study of Kelvin-Helmholtz and Rayleigh-Taylor instabilities using HLLC flux solver and RK4 integration.
2D N-Body Thermodynamics Simulation
Verifying ideal gas behavior and adiabatic processes through statistical mechanics and numerical trajectories.
Solar System & Halley's Comet 3D Orbit Simulation
Python-based 3D Keplerian simulation of the 8 major planets and Halley's Comet, featuring coordinate Euler rotations and adaptive time-stepping based on Kepler's Laws and the Vis-Viva equation.