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Google Scholar
Publication and citation profile for research outputs in quantum photonics, optical materials, and related work.
Contact
Academic profiles and contact information.
Official email, LinkedIn, Google Scholar, ResearchGate, ORCID, and collaboration-relevant research contact areas.
Profiles
Academic profiles and official contact.
Public research profiles and the official Purdue email address for academic contact.
RG
ResearchGate
Research profile with publication records, project visibility, and academic-networking context.
ID
ORCID
Persistent researcher identifier: 0000-0001-6252-0261.
Official email
For academic and research-related communication, use the Purdue address below.
Reasons to contact
Best-fit topics for research conversations.
The contact page now says what kinds of messages are most relevant, not only where to send them.
DBT:anthracene crystal growth
Reach out about vapor-phase molecular crystal assembly, optically thin anthracene, DBT doping density, surface roughness, linewidth preservation, or nanophotonic-compatible emitter materials.
Molecular emitters in photonic cavities
Research discussions around molecule-cavity coupling, cooperativity, Purcell enhancement, β-factor, input-output transmission spectra, and collective molecular states in integrated nanophotonics.
Nanophotonic design and fabrication
Contact for SiN photonic crystal cavities, bullseye/radial Bragg structures, GDS workflows, fabrication-aware optical design, and device layouts for solid-state quantum emitters.
Cryogenic quantum-emitter measurements
Useful topics include PLE scans, linewidth and lifetime extraction, spectral wandering, long-pass-filtered vibronic collection, APD/EMCCD detection, and practical measurement workflows.
Quantum photonics collaborations
Reach out for collaborations involving molecular single-photon sources, atom-compatible photons, cavity-mediated emitter interactions, conference follow-ups, or research discussions at the material-device interface.
Contact
Open to research discussions, collaborations, and conference follow-ups.
Reach out for research discussions, technical collaboration, conference follow-ups, or questions related to the topics above.
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Location
West Lafayette, Indiana · Purdue University
- Electrical and Computer Engineering
- Quantum optics and nanophotonics
- Solid-state emitter platforms