Research
Condensed matter theory, magnonics, and quantum computing across simulation and experiment.
Magnonics and Spin-Wave Dynamics
SUPREME REU at MIT (Advisor: Luqiao Liu).
- Developed numerical simulations of magnonic spin-wave propagation and nonlinear dynamics using MATLAB.
- Modeled cavity-magnon coupling and investigated parametric down-conversion of magnon-polaritons.
- Analyzed spin-wave dispersion relations, stability, and mode patterns in nonlinear magnonic systems.
Paper
Topological Condensed Matter Theory
Research with Junyeong Ahn on topological phases and transport in semimetals.
- Investigated models of topological phases characterized by Stiefel-Whitney classes.
- Analyzed nodal-line systems and computed conductivities using the Kubo formula.
- Performed numerical calculations in Python and Julia to verify theoretical analysis.
Quantum Computing and Complexity
Quantum Complexity Project (Scott Aaronson course).
What's Next
I will be starting a PhD in condensed matter theory, focusing on magnonics, topological phases of matter, and quantum information. I am always open to collaborations and conversations about shared research interests.