Quantum software engineer and researcher working on distributed quantum computing, compilation, and fault-tolerant architectures.
I build tools, simulations, and technical material that make modular quantum systems easier to model, compile for, and use.
01/Simulation / Compilation
Research Prototype
Four Rust-backed quantum-circuit simulators and a machine-learning selector that chooses a backend from static circuit features. The project explores how circuit structure, execution strategy and memory limits shape simulation performance.
Rust · Python · Qiskit · scikit-learn · PyO3
02/Simulation / Atomic Physics
Completed
An exploratory Yb-171 ion–cavity simulator for hardware-calibration studies, combining a 16-state hyperfine basis, polarization-resolved couplings and Gaussian drive and repump pulses. Interactive controls reveal atomic populations and cavity response.
Python · QuTiP · NumPy · SciPy · SymPy · Matplotlib
03/Quantum Software / Developer Education
In Development
A LeetCode-style quantum practice platform within Bosonic’s website. The alpha pairs Python/Qiskit circuit challenges with statevector-fidelity feedback, circuit-cost comparisons and locally saved progress.
React · TypeScript · Python · Qiskit
04/Technical Writing / Education
Completed
Two hands-on tutorials connecting distributed quantum architecture to circuit compilation. Compare GHZ scaling on monolithic and modular systems, then follow DISQCO from circuit diagrams through temporal hypergraphs to partitioned, distributed instructions.
Python · Marimo · Jupyter · Qiskit · Bosonic SDK · DISQCO