Strong Light Confinement in Tunable Silicon Cabvities
We acheived electromechanically tunable photonic nanocavities on a SOI platform.
About Me
I am a dedicated, lifelong learner in physics and mathematics, and an empathetic and talented techincal communicator. I have fabrication experience in silicon optoelectromechanical devices and organic nanoparticle ink solar cells and data analysis experience across multiple disciplines.
Interests
A few topics I am professionally involved in:
- Multi-Disciplinary Research
- Machine Learning
- Information Theory
- Life Cycle Analysis
- Technical Writing
- Natural Language Processing
Recent Work
Data Analysis and Research Work for Good
Play around with an early-model sustainable bank finder (based on Bank Green's rating system).
Nanoparticle Ink Solar Cells
If you're interested in learning more about organic bulk heterojunction / nanoparicle solar cells, check out my thesis!
Three minute video
A brief presentation of my Master's dissertation work.
Non-academic interests
Hip Hop Music and Dance, Travel, Basketball, Fitness, Digital Privacy, Education for All
Community Work
I volunteered with peer-mentoring in the Boston area. I fostered animals in the York, UK, area through Dog's Trust. In Copenhagen, I organize knowledge-sharing events with my collective, Nest, work on university-level climate impact with DTU Climate Action, and sometimes cook and serve large meals at OneBowl.