Master’s student in Computer Engineering at the University of New Mexico, advised by Prof. Milad Marvian.
I work on computational methods for quantum error correction, with a focus on automated qLDPC code discovery and optimization, including hypergraph product and bivariate bicycle codes.
My broader interests include:
- Quantum LDPC codes
- BP+OSD and neural decoding
- Logical computation
- Hardware-aware quantum error correction
- Scientific computing and HPC
Automated Discovery of Hypergraph Product and Bivariate Bicycle Codes via Suppression of Low-Weight Logical Patterns
Developing search objectives based on low-weight logical patterns to identify improved qLDPC code constructions without repeatedly running logical-error-rate simulations.
Python · C++ · NumPy · SciPy · NetworkX · Z3 · PyTorch · Slurm · Linux · LaTeX
Before moving into quantum error correction, I built production software and data-intensive systems, including a community platform that reached more than 15,000 users.