About Me and This Blog
As a program manager in quantum technology, I identify promising research directions in superconducting quantum computing and quantum photonics. My work bridges the gap between hardware development and project management, with a focus on accelerating experimental cycles and improving turnaround times.
This role builds on my three years as a postdoctoral researcher in superconducting quantum computing, where I specialized in chip fabrication, process integration, and failure analysis. My academic journey began with a PhD exploring nonlinear waveform evolution in dusty plasma systems, which sparked my fascination with complex systems and pattern formation.
This blog is where I document my journey and share what I learn. To help articulate my thoughts and research, I've used AI to assist my writing process since October 2024. I personally review and edit every article to ensure it is clear, accurate, and insightful.
Interests
Research & Technology
- Superconducting qubit chip fabrication
- 1st demostration of the window junction for a Transmon based single qubit.
- Semiconductor process integration (metal/dielectric deposition, etching)
- Failure analysis (SEM, TEM, AFM)
- Spatiotemporal dynamics in dusty plasma systems
Business Interests
- Commertilizing Superconducting qubit technology
- Silicon photonics
- Quantum computing hardware/software commercialization
Engineering & Programming
- Python development
- Image processing workflows
- Data analysis pipelines
- Failure analysis tools (e.g., SEM/TEM image interpretation, resistance diagnostics)
- Linux-based systems (Fedora, RHEL)