Quantum light sources for scalable photonic networks.
I work on molecule-first quantum photonics: vapor-phase assembly of optically thin DBT-doped anthracene crystals, nanophotonic cavity integration, and cavity-QED experiments where multiple lifetime-limited molecular emitters can be tuned into collective resonance on a chip.
I build from the material up: crystal, cavity, measurement, metric.
I am a third-year PhD student at Purdue University in the Department of Electrical and Computer Engineering. My research focuses primarily on quantum optics and nanoscale photonics, with interest in quantum emitters, optoelectronics, and experimentally grounded device design.
My current work emphasizes molecular single-photon sources based on DBT-doped anthracene, nanophotonic architectures for emission enhancement, and practical interfaces between solid-state emitters and atomic systems.
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A compact map of the academic portfolio: technical directions, papers, projects, experimental visuals, talks, skills, documents, and contact links.
Research
Thin DBT:anthracene molecular crystals, SiN photonic crystal cavities, permanent spectral tuning, and collective molecular cavity QED.
Publications
Papers, preprints, conference talks, and poster presentations with short contribution notes for faster scanning.
Projects
Simulation, GDS, fabrication, spectroscopy, and multi-emitter modeling workflows tied to real cavity-QED observables.
Experimental Gallery
Microscopy, setup photos, devices, cryostat views, chip images, and other experimental visuals with multi-line captions.
Talks
Presentation links, unlisted YouTube placeholders, and proceedings links including the SPIE Photonics West entry.
Skills
Simulation, optics, nanofabrication, imaging, materials characterization, and scientific-software capabilities.
CV / Resume
Download and preview the full academic CV and the shorter resume as deployed static PDFs.
Contact
Official email, LinkedIn, Google Scholar, ResearchGate, ORCID, and the best reasons to reach out.
Visual research concepts.
A standalone figure gallery for web visuals, stored under webfigs/.
