Research Projects
Exploring the frontiers of integrated photonics, materials science, and space technology through research at world-class institutions.
Stanford University
Research on upconversion photonics with the Congreve Lab, focusing on developing novel materials for efficient photon upconversion applications.
Key Contributions
- Improved on characterization techniques for upconversion materials
- Optimized experimental protocols for improved data collection
- Presented findings at the Leadership Alliance Research Conference
NASA JPL
Worked on coronagraph design and simulation tool development in Julia, contributing to exoplanet detection technologies.
Key Contributions
- Developed simulation tools for coronagraph performance analysis
- Implemented numerical methods for optical system modeling
- Contributed to documentation and code optimization
Caltech
Conducted research in the Marandi Lab on thin-film lithium niobate mode-locked lasers, focusing on nonlinear photonics, optoelectronic feedback, and integrated photonic circuits.
Key Contributions
- Developed and tested regenerative RF feedback loops for mode-locking stability
- Worked on fabrication-informed modeling of thin-film lithium niobate devices
- Collected and analyzed beat-note data to evaluate laser performance
Howard University
Research on Raman spectroscopy and lunar analog minerals, investigating the composition and properties of materials relevant to space exploration.
Key Contributions
- Conducted Raman spectroscopy analysis of lunar analog samples
- Developed protocols for sample preparation and data collection
- Presented findings at the Howard University Research Symposium
Research Impact & Future Directions
My research experiences have spanned multiple disciplines, from materials science and photonics to space technology and planetary science. Each project has contributed to my understanding of integrated photonics and its applications.
Interdisciplinary Approach
Combining materials science, optics, and computational methods
Real-World Applications
From space exploration to next-generation photonic devices
Innovation Focus
Developing novel materials and techniques for photonic applications
Research Skills
Spectroscopy
Raman spectroscopy, optical characterization, and materials analysis
Photonics
Integrated photonics, nonlinear optics, and laser systems
Programming
Julia, Python, MATLAB for scientific computing and simulation
Space Technology
Coronagraph design, exoplanet detection, and space instrumentation
Interested in Collaborating?
I'm always excited to discuss research opportunities and potential collaborations in integrated photonics and related fields.